Technique 1 seq:0, step num:1
Ns                  0                   <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>002</Step>
ctrl3_val_vs                            			<Value>03:00:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>4</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          3.000               
lim1_value_unit     h                   
lim1_action         Next sequence       
lim1_seq            1                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            1                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            1                   
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:1, step num:2
Ns                  1                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>003</Step>
ctrl3_val_vs                            			<Value>00:00:01</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>::.01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote>resistance check</StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          1.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            2                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            2                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            2                   
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:2, step num:3
Ns                  2                   <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>004</Step>
ctrl3_val_vs                            			<Value>00:01:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>Voltage</ReportType>
ctrl_corr           1                   			<Value>0.001</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Time                	</Reports>
lim1_comp           >                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          1.000               	<Option2>N</Option2>
lim1_value_unit     mn                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            3                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            3                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            3                   
rec_nb              2                   
rec1_type           Time                
rec1_value          1.000               
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:3, step num:5
Ns                  3                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           142.900             	<StepValue>0.1429</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>006</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:02:00</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            4                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>reset cycle C/20</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            4                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            4                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:4, step num:5
Ns                  4                   <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.1429</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>006</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:02:00</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          28.600              	<Range>A</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            5                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>reset cycle C/20</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            5                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            5                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:5, step num:6
Ns                  5                   <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           142.900             	<StepValue>0.1429</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>007</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:02:00</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            6                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            6                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            6                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:6, step num:8
Ns                  6                   <TestStep>
ctrl_type           Loop                	<StepType>Loop 1</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>009</Step>
ctrl3_val_vs                            			<Value>2</Value>
N                                       		</EndEntry>
charge/discharge                        	</Ends>
ctrl_seq            3                   	<Reports></Reports>
ctrl_repeat         1                   	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote></StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            7                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            7                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            7                   
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:7, step num:9
Ns                  7                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           333.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>010</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            8                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>HPPC charge</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            8                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            8                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:8, step num:9
Ns                  8                   <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.333</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>010</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          50.000              	<Range>A</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            9                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>HPPC charge</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            9                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            9                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:9, step num:11
Ns                  9                   <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>012</Step>
ctrl3_val_vs                            			<Value>01:00:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>Voltage</ReportType>
ctrl_corr           1                   			<Value>1.0E-4</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Time                	</Reports>
lim1_comp           >                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          1.000               	<Option2>N</Option2>
lim1_value_unit     h                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            10                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            10                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            10                  
rec_nb              2                   
rec1_type           Time                
rec1_value          1.000               
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          0.100               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:10, step num:12
Ns                  10                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>013</Step>
ctrl3_val_vs                            			<Value>00:00:30</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>017</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          30.000              	</Reports>
lim1_value_unit     s                   	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            11                  	<Option2>N</Option2>
lim2_type           Ecell               	<Option3>N</Option3>
lim2_comp           <                   	<StepNote>HPPC discharge with pulses</StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          2.700               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            11                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:11, step num:13
Ns                  11                  <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>014</Step>
ctrl3_val_vs                            			<Value>00:00:40</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>::.01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          40.000              
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            12                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            12                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            12                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:12, step num:14
Ns                  12                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           750.000             	<StepValue>0.75</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>015</Step>
ctrl3_val_vs                            			<Value>00:00:10</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&gt;=</Oper>
ctrl_TO_t           0.000               			<Step>015</Step>
ctrl_TO_t_unit      d                   			<Value>4.39</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          10.000              	</Reports>
lim1_value_unit     s                   	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            13                  	<Option2>N</Option2>
lim2_type           Ecell               	<Option3>N</Option3>
lim2_comp           >                   	<StepNote></StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          4.390               
lim2_value_unit     V                   
lim2_action         Next sequence       
lim2_seq            13                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            13                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:13, step num:15
Ns                  13                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           333.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>016</Step>
ctrl3_val_vs                            			<Value>00:18:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>017</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>00:00:30</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          18.000              		<ReportEntry>
lim1_value_unit     mn                  			<ReportType>Voltage</ReportType>
lim1_action         Next sequence       			<Value>0.001</Value>
lim1_seq            14                  		</ReportEntry>
lim2_type           Ecell               	</Reports>
lim2_comp           <                   	<Range>A</Range>
lim2_Q              Q limit             	<Option1>N</Option1>
lim2_value          2.700               	<Option2>N</Option2>
lim2_value_unit     V                   	<Option3>N</Option3>
lim2_action         Goto sequence       	<StepNote></StepNote>
lim2_seq            15                  </TestStep>
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            14                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:14, step num:16
Ns                  14                  <TestStep>
ctrl_type           Loop                	<StepType>Loop 1</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>017</Step>
ctrl3_val_vs                            			<Value>20</Value>
N                                       		</EndEntry>
charge/discharge                        	</Ends>
ctrl_seq            9                   	<Reports></Reports>
ctrl_repeat         19                  	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote></StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            15                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            15                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:15, step num:17
Ns                  15                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           333.000             	<StepValue>2.7</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>018</Step>
charge/discharge    Discharge           			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>Voltage</ReportType>
lim1_type           Ecell               			<Value>0.001</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          2.700               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            16                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            16                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            16                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:16, step num:17
Ns                  16                  <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           2.700               	<StepValue>2.7</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>018</Step>
charge/discharge    Discharge           			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>Voltage</ReportType>
lim1_type           |I|                 			<Value>0.001</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          50.000              	<Range>A</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            17                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            17                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            17                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:17, step num:18
Ns                  17                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            18                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            18                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            18                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:18, step num:18
Ns                  18                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            17                  
ctrl_repeat         1                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            19                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            19                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            19                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:19, step num:19
Ns                  19                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>020</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            20                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT C/5</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            20                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            20                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:20, step num:19
Ns                  20                  <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.2</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>020</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          50.000              	<Range>4</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            21                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT C/5</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            21                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            21                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:21, step num:20
Ns                  21                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>021</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            22                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            22                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            22                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:22, step num:21
Ns                  22                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            23                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            23                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            23                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:23, step num:21
Ns                  23                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            22                  
ctrl_repeat         1                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            24                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            24                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            24                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:24, step num:22
Ns                  24                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>023</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            25                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 1C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            25                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            25                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:25, step num:22
Ns                  25                  <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.2</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>023</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          50.000              	<Range>4</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            26                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 1C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            26                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            26                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:26, step num:23
Ns                  26                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>024</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            27                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            27                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            27                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:27, step num:24
Ns                  27                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            28                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            28                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            28                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:28, step num:24
Ns                  28                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            27                  
ctrl_repeat         1                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            29                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            29                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            29                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:29, step num:25
Ns                  29                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>026</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            30                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 2C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            30                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            30                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:30, step num:25
Ns                  30                  <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.2</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>026</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          50.000              	<Range>4</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            31                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 2C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            31                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            31                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:31, step num:26
Ns                  31                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           2.000               	<StepValue>2.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>027</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            32                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            32                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            32                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:32, step num:27
Ns                  32                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            33                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            33                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            33                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:33, step num:27
Ns                  33                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            32                  
ctrl_repeat         1                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            34                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            34                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            34                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:34, step num:29
Ns                  34                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>030</Step>
ctrl3_val_vs                            			<Value>00:18:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&gt;=</Oper>
ctrl_TO_t           0.000               			<Step>031</Step>
ctrl_TO_t_unit      d                   			<Value>4.1</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>Voltage</ReportType>
lim1_comp           >                   			<Value>0.005</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          18.000              		<ReportEntry>
lim1_value_unit     mn                  			<ReportType>StepTime</ReportType>
lim1_action         Next sequence       			<Value>00:00:30</Value>
lim1_seq            35                  		</ReportEntry>
lim2_type           Ecell               	</Reports>
lim2_comp           >                   	<Range>4</Range>
lim2_Q              Q limit             	<Option1>N</Option1>
lim2_value          4.100               	<Option2>N</Option2>
lim2_value_unit     V                   	<Option3>N</Option3>
lim2_action         Goto sequence       	<StepNote></StepNote>
lim2_seq            36                  </TestStep>
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            35                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:35, step num:30
Ns                  35                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&gt;=</Oper>
ctrl3_val_unit                          			<Step>031</Step>
ctrl3_val_vs                            			<Value>4.1</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.005</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.100               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            36                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            36                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            36                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:36, step num:31
Ns                  36                  <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           4.100               	<StepValue>4.1</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>032</Step>
ctrl3_val_vs                            			<Value>00:30:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          30.000              
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            37                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            37                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            37                  
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:37, step num:32
Ns                  37                  <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>033</Step>
ctrl3_val_vs                            			<Value>00:05:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          5.000               
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            38                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            38                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            38                  
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:38, step num:33
Ns                  38                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>1.0</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>034</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.005</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            39                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            39                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            39                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:39, step num:34
Ns                  39                  <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>035</Step>
ctrl3_val_vs                            			<Value>00:15:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>4</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          15.000              
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            40                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            40                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            40                  
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 1 seq:40, step num:36
Ns                  40                  <TestStep>
ctrl_type           Loop                	<StepType>Loop 1</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>037</Step>
ctrl3_val_vs                            			<Value>30</Value>
N                                       		</EndEntry>
charge/discharge                        	</Ends>
ctrl_seq            34                  	<Reports></Reports>
ctrl_repeat         29                  	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote></StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            41                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            41                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            41                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:0, step num:38
Ns                  0                   <TestStep>
ctrl_type           Rest                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val                               	<StepValue>0.1429</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   1.00                			<Step>039</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:02:00</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          3.000               	<Range>A</Range>
lim1_value_unit     h                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            1                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>reset cycle</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            1                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            1                   
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:1, step num:38
Ns                  1                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>0.1429</StepValue>
ctrl1_val_unit      A                   	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>039</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:02:00</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          1.000               	<Range>A</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            2                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>reset cycle</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            2                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            2                   
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:2, step num:39
Ns                  2                   <TestStep>
ctrl_type           Rest                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val                               	<StepValue>0.1429</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>040</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:02:00</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Time                	</Reports>
lim1_comp           >                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          1.000               	<Option2>N</Option2>
lim1_value_unit     mn                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            3                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            3                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            3                   
rec_nb              2                   
rec1_type           Time                
rec1_value          1.000               
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:3, step num:40
Ns                  3                   <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           142.900             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Charge              
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           >                   
lim1_Q              Q limit             
lim1_value          4.200               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            4                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            4                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            4                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:4, step num:40
Ns                  4                   <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           4.200               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Charge              
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          28.600              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            5                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            5                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            5                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:5, step num:41
Ns                  5                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           142.900             	<StepValue>0.333</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>042</Step>
charge/discharge    Discharge           			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          2.700               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            6                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>charge for HPPC</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            6                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            6                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:6, step num:41
Ns                  6                   <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>042</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            3                   		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>A</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            7                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>charge for HPPC</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            7                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            7                   
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:7, step num:43
Ns                  7                   <TestStep>
ctrl_type           CC                  	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           333.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>044</Step>
ctrl3_val_vs                            			<Value>01:00:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>Voltage</ReportType>
ctrl_corr           1                   			<Value>1.0E-4</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.200               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            8                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            8                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            8                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:8, step num:44
Ns                  8                   <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>1.0</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>045</Step>
ctrl3_val_vs                            			<Value>00:00:30</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>049</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              1                   		<ReportEntry>
lim1_type           |I|                 			<ReportType>StepTime</ReportType>
lim1_comp           <                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          50.000              	</Reports>
lim1_value_unit     mA                  	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            9                   	<Option2>N</Option2>
lim2_type           Time                	<Option3>N</Option3>
lim2_comp           <                   	<StepNote>HPPC discharge with pulses</StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            9                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            9                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:9, step num:45
Ns                  9                   <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>046</Step>
ctrl3_val_vs                            			<Value>00:00:40</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>::.01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          1.000               
lim1_value_unit     h                   
lim1_action         Next sequence       
lim1_seq            10                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            10                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            10                  
rec_nb              2                   
rec1_type           Time                
rec1_value          1.000               
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          0.100               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:10, step num:46
Ns                  10                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>0.75</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>047</Step>
ctrl3_val_vs                            			<Value>00:00:10</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&gt;=</Oper>
ctrl_TO_t           0.000               			<Step>047</Step>
ctrl_TO_t_unit      d                   			<Value>4.39</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          30.000              	</Reports>
lim1_value_unit     s                   	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            11                  	<Option2>N</Option2>
lim2_type           Ecell               	<Option3>N</Option3>
lim2_comp           <                   	<StepNote></StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          2.700               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            11                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:11, step num:47
Ns                  11                  <TestStep>
ctrl_type           Rest                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val                               	<StepValue>0.333</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>048</Step>
ctrl3_val_vs                            			<Value>00:18:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>049</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              1                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>00:00:30</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          40.000              		<ReportEntry>
lim1_value_unit     s                   			<ReportType>Voltage</ReportType>
lim1_action         Next sequence       			<Value>0.001</Value>
lim1_seq            12                  		</ReportEntry>
lim2_type           Time                	</Reports>
lim2_comp           <                   	<Range>A</Range>
lim2_Q              Q limit             	<Option1>N</Option1>
lim2_value          0.000               	<Option2>N</Option2>
lim2_value_unit     s                   	<Option3>N</Option3>
lim2_action         Next sequence       	<StepNote></StepNote>
lim2_seq            12                  </TestStep>
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            12                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:12, step num:48
Ns                  12                  <TestStep>
ctrl_type           CC                  	<StepType>Loop 2</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           750.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>049</Step>
ctrl3_val_vs                            			<Value>20</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports></Reports>
ctrl_repeat         0                   	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote></StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              2                   
lim1_type           Time                
lim1_comp           >                   
lim1_Q              Q limit             
lim1_value          10.000              
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            13                  
lim2_type           Ecell               
lim2_comp           >                   
lim2_Q              Q limit             
lim2_value          4.390               
lim2_value_unit     V                   
lim2_action         Next sequence       
lim2_seq            13                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            13                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:13, step num:49
Ns                  13                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           333.000             	<StepValue>2.7</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>050</Step>
charge/discharge    Discharge           			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              2                   			<ReportType>Voltage</ReportType>
lim1_type           Time                			<Value>0.001</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          18.000              	<Range>A</Range>
lim1_value_unit     mn                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            14                  	<Option3>N</Option3>
lim2_type           Ecell               	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          2.700               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            14                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:14, step num:49
Ns                  14                  <TestStep>
ctrl_type           Loop                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           100.000             	<StepValue>2.7</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>050</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            9                   		</EndEntry>
ctrl_repeat         19                  	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>Voltage</ReportType>
lim1_type           Time                			<Value>0.001</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>A</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            15                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            15                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:15, step num:50
Ns                  15                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           333.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            16                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            16                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            16                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:16, step num:50
Ns                  16                  <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           2.700               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          50.000              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            17                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            17                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            17                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:17, step num:51
Ns                  17                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>052</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            18                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT C/5</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            18                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            18                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:18, step num:51
Ns                  18                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>052</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            17                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            19                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT C/5</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            19                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            19                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:19, step num:52
Ns                  19                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>053</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.200               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            20                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            20                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            20                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:20, step num:53
Ns                  20                  <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           4.200               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Charge              
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          50.000              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            21                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            21                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            21                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:21, step num:53
Ns                  21                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           200.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            22                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            22                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            22                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:22, step num:54
Ns                  22                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>055</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            23                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 1C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            23                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            23                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:23, step num:54
Ns                  23                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>055</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            22                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            24                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 1C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            24                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            24                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:24, step num:55
Ns                  24                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>1.0</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>056</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.200               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            25                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            25                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            25                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:25, step num:56
Ns                  25                  <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           4.200               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Charge              
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          50.000              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            26                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            26                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            26                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:26, step num:56
Ns                  26                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           1.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            27                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            27                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            27                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:27, step num:57
Ns                  27                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>058</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            28                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 2C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            28                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            28                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:28, step num:57
Ns                  28                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>058</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            27                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            29                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>RPT 2C</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            29                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            29                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:29, step num:58
Ns                  29                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>2.0</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>059</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.200               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            30                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            30                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            30                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:30, step num:59
Ns                  30                  <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           4.200               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Charge              
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          50.000              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            31                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            31                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            31                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:31, step num:59
Ns                  31                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           2.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            32                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            32                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            32                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:32, step num:61
Ns                  32                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>1.0</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>062</Step>
ctrl3_val_vs                            			<Value>00:18:00</Value>
N                                       		</EndEntry>
charge/discharge                        		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&gt;=</Oper>
ctrl_TO_t           0.000               			<Step>062</Step>
ctrl_TO_t_unit      d                   			<Value>4.1</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              0                   		<ReportEntry>
lim1_type           Time                			<ReportType>Voltage</ReportType>
lim1_comp           <                   			<Value>0.005</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          0.000               		<ReportEntry>
lim1_value_unit     s                   			<ReportType>StepTime</ReportType>
lim1_action         Next sequence       			<Value>00:00:30</Value>
lim1_seq            33                  		</ReportEntry>
lim2_type           Time                	</Reports>
lim2_comp           <                   	<Range>4</Range>
lim2_Q              Q limit             	<Option1>N</Option1>
lim2_value          0.000               	<Option2>N</Option2>
lim2_value_unit     s                   	<Option3>N</Option3>
lim2_action         Next sequence       	<StepNote></StepNote>
lim2_seq            33                  </TestStep>
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            33                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:33, step num:62
Ns                  33                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>1.0</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&gt;=</Oper>
ctrl3_val_unit                          			<Step>063</Step>
ctrl3_val_vs                            			<Value>4.1</Value>
N                                       		</EndEntry>
charge/discharge                        	</Ends>
ctrl_seq            32                  	<Reports>
ctrl_repeat         1                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.005</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              0                   		</ReportEntry>
lim1_type           Time                	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          0.000               	<Option2>N</Option2>
lim1_value_unit     s                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            34                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            34                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            34                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:34, step num:63
Ns                  34                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           1.000               	<StepValue>4.1</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>064</Step>
ctrl3_val_vs                            			<Value>00:30:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              2                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          18.000              
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            35                  
lim2_type           Ecell               
lim2_comp           >                   
lim2_Q              Q limit             
lim2_value          4.100               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            36                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            35                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:35, step num:64
Ns                  35                  <TestStep>
ctrl_type           CC                  	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           1.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>065</Step>
ctrl3_val_vs                            			<Value>00:05:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Ecell               	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          4.100               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            36                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            36                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            36                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:36, step num:65
Ns                  36                  <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.100               	<StepValue>1.0</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>066</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.005</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Time                	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          30.000              	<Option2>N</Option2>
lim1_value_unit     mn                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            37                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            37                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            37                  
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:37, step num:66
Ns                  37                  <TestStep>
ctrl_type           Rest                	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val                               	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>067</Step>
ctrl3_val_vs                            			<Value>00:15:00</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>4</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              1                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          5.000               
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            38                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            38                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            38                  
rec_nb              1                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 2 seq:38, step num:68
Ns                  38                  <TestStep>
ctrl_type           CC                  	<StepType>Loop 2</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           1.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>069</Step>
ctrl3_val_vs                            			<Value>100</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports></Reports>
ctrl_repeat         0                   	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote></StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            39                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            39                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            39                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:0, step num:71
Ns                  0                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           142.900             	<StepValue>0.1429</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>072</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:02:00</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            1                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            1                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            1                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:1, step num:71
Ns                  1                   <TestStep>
ctrl_type           CV                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.1429</StepValue>
ctrl1_val_unit      V                   	<Limits>
ctrl1_val_vs        Ref                 		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>072</Step>
charge/discharge    Charge              			<Value>0.0286</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           |I|                 			<Value>00:02:00</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          28.600              	<Range>A</Range>
lim1_value_unit     mA                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            2                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote></StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            2                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            2                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:2, step num:72
Ns                  2                   <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           142.900             	<StepValue>0.1429</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>073</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:02:00</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           <                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          2.700               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            3                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            3                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            3                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          2.000               
rec2_value_unit     mn                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:3, step num:74
Ns                  3                   <TestStep>
ctrl_type           Loop                	<StepType>Loop 1</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>075</Step>
ctrl3_val_vs                            			<Value>2</Value>
N                                       		</EndEntry>
charge/discharge                        	</Ends>
ctrl_seq            0                   	<Reports></Reports>
ctrl_repeat         0                   	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote>End 2 reset cycles</StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            4                   
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            4                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            4                   
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:4, step num:75
Ns                  4                   <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>076</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            3                   		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>A</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            5                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Charging it up for the HPPC</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            5                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            5                   
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:5, step num:75
Ns                  5                   <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           333.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>076</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            6                   	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Charging it up for the HPPC</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            6                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            6                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:6, step num:77
Ns                  6                   <TestStep>
ctrl_type           CV                  	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           4.200               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>078</Step>
ctrl3_val_vs                            			<Value>01:00:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>Voltage</ReportType>
ctrl_corr           1                   			<Value>1.0E-4</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           |I|                 	</Reports>
lim1_comp           <                   	<Range>A</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          50.000              	<Option2>N</Option2>
lim1_value_unit     mA                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            7                   </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            7                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            7                   
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:7, step num:78
Ns                  7                   <TestStep>
ctrl_type           Rest                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val                               	<StepValue>1.0</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>079</Step>
ctrl3_val_vs                            			<Value>00:00:30</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>083</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              1                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          1.000               	</Reports>
lim1_value_unit     h                   	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            8                   	<Option2>N</Option2>
lim2_type           Time                	<Option3>N</Option3>
lim2_comp           <                   	<StepNote></StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            8                   
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            8                   
rec_nb              2                   
rec1_type           Time                
rec1_value          1.000               
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          0.100               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:8, step num:79
Ns                  8                   <TestStep>
ctrl_type           CC                  	<StepType>Rest</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           1.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>080</Step>
ctrl3_val_vs                            			<Value>00:00:40</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>::.01</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   	</Reports>
ctrl_Na             1                   	<Range>A</Range>
ctrl_corr           1                   	<Option1>N</Option1>
lim_nb              2                   	<Option2>N</Option2>
lim1_type           Time                	<Option3>N</Option3>
lim1_comp           >                   	<StepNote></StepNote>
lim1_Q              Q limit             </TestStep>
lim1_value          30.000              
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            9                   
lim2_type           Ecell               
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          2.700               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            13                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            9                   
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:9, step num:80
Ns                  9                   <TestStep>
ctrl_type           Rest                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val                               	<StepValue>0.75</StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>081</Step>
ctrl3_val_vs                            			<Value>00:00:10</Value>
N                   1.00                		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&gt;=</Oper>
ctrl_TO_t           0.000               			<Step>081</Step>
ctrl_TO_t_unit      d                   			<Value>4.39</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              1                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>::.01</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          40.000              	</Reports>
lim1_value_unit     s                   	<Range>A</Range>
lim1_action         Next sequence       	<Option1>N</Option1>
lim1_seq            10                  	<Option2>N</Option2>
lim2_type           Time                	<Option3>N</Option3>
lim2_comp           <                   	<StepNote></StepNote>
lim2_Q              Q limit             </TestStep>
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            10                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            10                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:10, step num:81
Ns                  10                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           750.000             	<StepValue>0.333</StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>082</Step>
ctrl3_val_vs                            			<Value>00:18:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              		<EndEntry>
ctrl_seq            0                   			<EndType>Voltage</EndType>
ctrl_repeat         0                   			<SpecialType></SpecialType>
ctrl_trigger        Falling Edge        			<Oper>&lt;=</Oper>
ctrl_TO_t           0.000               			<Step>083</Step>
ctrl_TO_t_unit      d                   			<Value>2.7</Value>
ctrl_Nd             6                   		</EndEntry>
ctrl_Na             1                   	</Ends>
ctrl_corr           1                   	<Reports>
lim_nb              2                   		<ReportEntry>
lim1_type           Time                			<ReportType>StepTime</ReportType>
lim1_comp           >                   			<Value>00:00:30</Value>
lim1_Q              Q limit             		</ReportEntry>
lim1_value          10.000              		<ReportEntry>
lim1_value_unit     s                   			<ReportType>Voltage</ReportType>
lim1_action         Next sequence       			<Value>0.001</Value>
lim1_seq            11                  		</ReportEntry>
lim2_type           Ecell               	</Reports>
lim2_comp           >                   	<Range>A</Range>
lim2_Q              Q limit             	<Option1>N</Option1>
lim2_value          4.390               	<Option2>N</Option2>
lim2_value_unit     V                   	<Option3>N</Option3>
lim2_action         Next sequence       	<StepNote></StepNote>
lim2_seq            11                  </TestStep>
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            11                  
rec_nb              1                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     ms                  
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:11, step num:82
Ns                  11                  <TestStep>
ctrl_type           CC                  	<StepType>Loop 1</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           333.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Loop Cnt</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>083</Step>
ctrl3_val_vs                            			<Value>20</Value>
N                   15.00               		</EndEntry>
charge/discharge    Discharge           	</Ends>
ctrl_seq            0                   	<Reports></Reports>
ctrl_repeat         0                   	<Range></Range>
ctrl_trigger        Falling Edge        	<Option1></Option1>
ctrl_TO_t           0.000               	<Option2></Option2>
ctrl_TO_t_unit      d                   	<Option3></Option3>
ctrl_Nd             6                   	<StepNote>End of HPPC</StepNote>
ctrl_Na             1                   </TestStep>
ctrl_corr           1                   
lim_nb              2                   
lim1_type           Time                
lim1_comp           >                   
lim1_Q              Q limit             
lim1_value          18.000              
lim1_value_unit     mn                  
lim1_action         Next sequence       
lim1_seq            12                  
lim2_type           Ecell               
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          2.700               
lim2_value_unit     V                   
lim2_action         Goto sequence       
lim2_seq            13                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            12                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:12, step num:83
Ns                  12                  <TestStep>
ctrl_type           Loop                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           100.000             	<StepValue>2.7</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>084</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            7                   		</EndEntry>
ctrl_repeat         19                  	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>Voltage</ReportType>
lim1_type           Time                			<Value>0.001</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>A</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            13                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Discharge for rate test</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            13                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            13                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:13, step num:83
Ns                  13                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Voltage</StepMode>
ctrl1_val           333.000             	<StepValue>2.7</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Current>0.333</Current>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>084</Step>
charge/discharge    Discharge           			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>StepTime</ReportType>
ctrl_Nd             6                   			<Value>00:00:30</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>Voltage</ReportType>
lim1_type           Ecell               			<Value>0.001</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          2.700               	<Range>A</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            14                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Discharge for rate test</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            14                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            14                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:14, step num:84
Ns                  14                  <TestStep>
ctrl_type           CV                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           2.700               	<StepValue></StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           |I|                 
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          50.000              
lim1_value_unit     mA                  
lim1_action         Next sequence       
lim1_seq            15                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            15                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            15                  
rec_nb              2                   
rec1_type           Time                
rec1_value          30.000              
rec1_value_unit     s                   
rec2_type           Ecell               
rec2_value          1.000               
rec2_value_unit     mV                  
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:15, step num:84
Ns                  15                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            16                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            16                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            16                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:16, step num:85
Ns                  16                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>086</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            15                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            17                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 1</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            17                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            17                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:17, step num:85
Ns                  17                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>086</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            18                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 1</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            18                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            18                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:18, step num:86
Ns                  18                  <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>0.2</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>087</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           |I|                 	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          50.000              	<Option2>N</Option2>
lim1_value_unit     mA                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            19                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            19                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            19                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:19, step num:87
Ns                  19                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           200.000             	<StepValue></StepValue>
ctrl1_val_unit      mA                  	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            20                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            20                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            20                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:20, step num:87
Ns                  20                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            21                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            21                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            21                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:21, step num:88
Ns                  21                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>089</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            20                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            22                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 2</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            22                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            22                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:22, step num:88
Ns                  22                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>089</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            23                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 2</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            23                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            23                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:23, step num:89
Ns                  23                  <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>1.0</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>090</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           |I|                 	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          50.000              	<Option2>N</Option2>
lim1_value_unit     mA                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            24                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            24                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            24                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:24, step num:90
Ns                  24                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           1.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            25                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            25                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            25                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:25, step num:90
Ns                  25                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote></StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            26                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            26                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            26                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:26, step num:91
Ns                  26                  <TestStep>
ctrl_type           Loop                	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>092</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            25                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            27                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 3</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            27                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            27                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:27, step num:91
Ns                  27                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           200.000             	<StepValue>0.2</StepValue>
ctrl1_val_unit      mA                  	<Limits>
ctrl1_val_vs        <None>              		<Voltage>4.2</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>092</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.001</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              1                   			<ReportType>StepTime</ReportType>
lim1_type           Ecell               			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          4.200               	<Range>4</Range>
lim1_value_unit     V                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            28                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Rate test 3</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            28                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            28                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:28, step num:92
Ns                  28                  <TestStep>
ctrl_type           CV                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           4.200               	<StepValue>2.0</StepValue>
ctrl1_val_unit      V                   	<Limits></Limits>
ctrl1_val_vs        Ref                 	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>Voltage</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>&lt;=</Oper>
ctrl3_val_unit                          			<Step>093</Step>
ctrl3_val_vs                            			<Value>2.7</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>Voltage</ReportType>
ctrl_TO_t           0.000               			<Value>0.001</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>StepTime</ReportType>
ctrl_corr           1                   			<Value>00:00:30</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           |I|                 	</Reports>
lim1_comp           <                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          50.000              	<Option2>N</Option2>
lim1_value_unit     mA                  	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            29                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            29                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            29                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:29, step num:93
Ns                  29                  <TestStep>
ctrl_type           CC                  	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           2.000               	<StepValue></StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote>Diagnostic cycle ends here</StepNote>
N                   15.00               </TestStep>
charge/discharge    Discharge           
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              1                   
lim1_type           Ecell               
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          2.700               
lim1_value_unit     V                   
lim1_action         Next sequence       
lim1_seq            30                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            30                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            30                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          1.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:30, step num:93
Ns                  30                  <TestStep>
ctrl_type           Loop                	<StepType>AdvCycle</StepType>
Apply I/C           I                   	<StepMode></StepMode>
ctrl1_val           100.000             	<StepValue></StepValue>
ctrl1_val_unit                          	<Limits></Limits>
ctrl1_val_vs                            	<Ends></Ends>
ctrl2_val                               	<Reports></Reports>
ctrl2_val_unit                          	<Range></Range>
ctrl2_val_vs                            	<Option1></Option1>
ctrl3_val                               	<Option2></Option2>
ctrl3_val_unit                          	<Option3></Option3>
ctrl3_val_vs                            	<StepNote>Diagnostic cycle ends here</StepNote>
N                                       </TestStep>
charge/discharge                        
ctrl_seq            0                   
ctrl_repeat         0                   
ctrl_trigger        Falling Edge        
ctrl_TO_t           0.000               
ctrl_TO_t_unit      d                   
ctrl_Nd             6                   
ctrl_Na             1                   
ctrl_corr           1                   
lim_nb              0                   
lim1_type           Time                
lim1_comp           <                   
lim1_Q              Q limit             
lim1_value          0.000               
lim1_value_unit     s                   
lim1_action         Next sequence       
lim1_seq            31                  
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            31                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            31                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:31, step num:94
Ns                  31                  <TestStep>
ctrl_type           Loop                	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           100.000             	<StepValue>0.5</StepValue>
ctrl1_val_unit                          	<Limits>
ctrl1_val_vs                            		<Voltage>2.7</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                                       			<Step>095</Step>
charge/discharge                        			<Value>0.05</Value>
ctrl_seq            30                  		</EndEntry>
ctrl_repeat         1                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.005</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              0                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           <                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          0.000               	<Range>4</Range>
lim1_value_unit     s                   	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            32                  	<Option3>N</Option3>
lim2_type           Time                	<StepNote>Discharge and charge for storage</StepNote>
lim2_comp           <                   </TestStep>
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            32                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            32                  
rec_nb              0                   
rec1_type           Time                
rec1_value          10.000              
rec1_value_unit     s                   
rec2_type           Time                
rec2_value          10.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             1 mA                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:32, step num:94
Ns                  32                  <TestStep>
ctrl_type           CC                  	<StepType>Dischrge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>0.5</StepValue>
ctrl1_val_unit      A                   	<Limits>
ctrl1_val_vs        <None>              		<Voltage>2.7</Voltage>
ctrl2_val                               	</Limits>
ctrl2_val_unit                          	<Ends>
ctrl2_val_vs                            		<EndEntry>
ctrl3_val                               			<EndType>Current</EndType>
ctrl3_val_unit                          			<SpecialType></SpecialType>
ctrl3_val_vs                            			<Oper>&lt;=</Oper>
N                   15.00               			<Step>095</Step>
charge/discharge    Charge              			<Value>0.05</Value>
ctrl_seq            0                   		</EndEntry>
ctrl_repeat         0                   	</Ends>
ctrl_trigger        Falling Edge        	<Reports>
ctrl_TO_t           0.000               		<ReportEntry>
ctrl_TO_t_unit      d                   			<ReportType>Voltage</ReportType>
ctrl_Nd             6                   			<Value>0.005</Value>
ctrl_Na             1                   		</ReportEntry>
ctrl_corr           1                   		<ReportEntry>
lim_nb              2                   			<ReportType>StepTime</ReportType>
lim1_type           Time                			<Value>00:00:30</Value>
lim1_comp           >                   		</ReportEntry>
lim1_Q              Q limit             	</Reports>
lim1_value          18.000              	<Range>4</Range>
lim1_value_unit     mn                  	<Option1>N</Option1>
lim1_action         Next sequence       	<Option2>N</Option2>
lim1_seq            33                  	<Option3>N</Option3>
lim2_type           Ecell               	<StepNote>Discharge and charge for storage</StepNote>
lim2_comp           >                   </TestStep>
lim2_Q              Q limit             
lim2_value          4.100               
lim2_value_unit     V                   
lim2_action         Next sequence       
lim2_seq            33                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            33                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   

Technique 4 seq:33, step num:95
Ns                  33                  <TestStep>
ctrl_type           CC                  	<StepType>Charge</StepType>
Apply I/C           I                   	<StepMode>Current</StepMode>
ctrl1_val           1.000               	<StepValue>0.5</StepValue>
ctrl1_val_unit      A                   	<Limits></Limits>
ctrl1_val_vs        <None>              	<Ends>
ctrl2_val                               		<EndEntry>
ctrl2_val_unit                          			<EndType>StepTime</EndType>
ctrl2_val_vs                            			<SpecialType></SpecialType>
ctrl3_val                               			<Oper>=</Oper>
ctrl3_val_unit                          			<Step>096</Step>
ctrl3_val_vs                            			<Value>00:12:00</Value>
N                   15.00               		</EndEntry>
charge/discharge    Charge              	</Ends>
ctrl_seq            0                   	<Reports>
ctrl_repeat         0                   		<ReportEntry>
ctrl_trigger        Falling Edge        			<ReportType>StepTime</ReportType>
ctrl_TO_t           0.000               			<Value>00:00:30</Value>
ctrl_TO_t_unit      d                   		</ReportEntry>
ctrl_Nd             6                   		<ReportEntry>
ctrl_Na             1                   			<ReportType>Voltage</ReportType>
ctrl_corr           1                   			<Value>0.005</Value>
lim_nb              1                   		</ReportEntry>
lim1_type           Ecell               	</Reports>
lim1_comp           >                   	<Range>4</Range>
lim1_Q              Q limit             	<Option1>N</Option1>
lim1_value          4.100               	<Option2>N</Option2>
lim1_value_unit     V                   	<Option3>N</Option3>
lim1_action         Next sequence       	<StepNote></StepNote>
lim1_seq            34                  </TestStep>
lim2_type           Time                
lim2_comp           <                   
lim2_Q              Q limit             
lim2_value          0.000               
lim2_value_unit     s                   
lim2_action         Next sequence       
lim2_seq            34                  
lim3_type           Time                
lim3_comp           <                   
lim3_Q              Q limit             
lim3_value          0.000               
lim3_value_unit     s                   
lim3_action         Next sequence       
lim3_seq            34                  
rec_nb              2                   
rec1_type           Ecell               
rec1_value          5.000               
rec1_value_unit     mV                  
rec2_type           Time                
rec2_value          30.000              
rec2_value_unit     s                   
rec3_type           Time                
rec3_value          10.000              
rec3_value_unit     s                   
E range min (V)     2.900               
E range max (V)     4.300               
I Range             10 A                
I Range min         Unset               
I Range max         Unset               
I Range init        Unset               
auto rest           0                   
Bandwidth           4                   


