This equipment is 8-channel battery testing machine for R&D all the rechargeable battery (as Ni-MH battery,Ni-Cd battery,Lithium-ion battery and polymer batter,etc.)        
This system provides most applications in battery testing fields such as electrode materials research, battery performance test, small-scale battery formation, capability grading, battery pack testing and etc...        
1.According to the international standard design,each channel has an independent constant current and constant voltage.        
2.High speed data acquisition, catches the change detail of voltage and current precisely        
3.adopts module construction. With plug-and-play design, the user can freely remove and load the module units non-stop without interrupting other modules. This function is convenient for the system's maintenance.       
4.Formidable data and curve processing function; perfect report form function, supports four kind of report form types and sorts of report formats 

5V10mA  Main features:

Input Power AC 220V ±10% / 50Hz
resolution AD:15bit;DA:12bit
Input Resistance ≥1MΩ
Input Power 747 mW
Channel Features Constant Current Source and Constant Voltage Source with Independent pairs of Closed-loop Structure
Channel Control Mode  Independent Control
Voltage Per Channel Voltage Range Charge:10mV~5V;Discharge:10mV~5V
 Accuracy ± 0.1% of range(Full-scale)
 Stability 0.1%
Current Per Channel Current Range Charge:0.02mA~10mA;Discharge:0.02mA~10mA
 Accuracy ± 0.1% of range(Full-scale)
 Stability 0.1%
Power Per Channel Output Power  50mW
 Stability 0.2%
Time Current Response Time  The Current gets to 1mA Hardware Response Time is 20ms
 Step Time Range  1min ≤Single Step Time Range≤365*24 h,
Time Form Support 00:00:00(h\min\s)
Data Recording Record Condition Time  T:(1s ~60000s)
  Voltage  U:(10mV~5V)
  Current   I:(0.02mA~10mA)
 Record Frequency  1Hz
Charge Charge Mode  Constant Current Charge\Constant Voltage Charge\
Constant Current and Constant Voltage Charge
 End Conditon Voltage\Current\Relative Time\Capacity
Discharge Discharge Mode Constant Current Discharge\Constant Power Discharge
 End Condition Voltage\Current\Relative Time\Capacity