Software

• 32bit/64bit OS environment
• TCP/IP communication
• Max. 200 steps
• Max. 10 cutoff(vertex) condition
• Max. 400,000 data point memory on control board
• Single/multichannel control panel
• Various real time plots & universal axis graphs
• Data backup function
• WYSIWYG graphics
• User friendly software

• Predefined technique menu
  Electroanalytical techniques.
  - Cyclic voltammetry
  - Linear sweep voltammetry
  - Chrono-amperometry
  - Chrono-coulometry
  - Chrono-potentiometry
  Corrosion measurement
  - Tafel plot
  - Potentiodynamic
  - Potentiostatic
  - Galvanostatic
  - Cyclic polarization
  - Ecorr vs. time
  - Linear polarization resistance
  

• Evergy Test
  - CC/CV (Lithium battery) test menu
  - CC/CC (NiCd(NiMH) battery) test menu
  - Steady state CV
  - Pstat IV curve
  - Gstat IV curve
  - EVS (Electrochemical voltage spectroscopy) test
  - GITT (Galvanostatic intermittent titration technique) test
  - PITT (Potentiostatic intermittent titration technique) test
  
  
  
  
  
• Schedule editor
  • One stop test condition creation/modification
  • Multiple input parameters available
  • Max. 200 test steps
  • Control parameters
  - Constant voltage, LastV
  - Constant current, LastI
  - Constant power
  - Constant load
  - C-rate
  - Voltage scanning, current scanning
  - Conditioning potential
  - Conditioning current
  - Rest
  - LastVscan
  - CstepV(Staircase Voltage Sweep)
  - CstepI(Staircase Current Sweep)
  - CC/CV, CL/CV, CP/CV, Crate/CV
  - Id, Is control
  
  
  
  
  
• Single channel & multichannel control/monitor panel
  
  - Single channel control/monitor panel
  
  
  - Multichannel control/monitor panel
  
  
• Single monitor
  - Real time display: time, voltage, current, channel status
  - Channel status color display: charging, discharging, standby, idle, calibration
  
  
  
  
• Control type
  voltage, current, power, load, rest, C-rate, current scan, voltage scan,
  conditioning potential, voltage step, current step, rest conditioning,
  Last I, Last V, OCV, LastVscan, VocScan, ZRA

• Cut-Off (Vertex)
  time, voltage, current, dV/dt, dI/dt, percentage capacity (FCC, FCD, LCC, LCD),
  cycle time, capacity, -dV, power, temperature, Aux voltage, Calc voltage, dT/dt

• Data acquisition setting
  time, dV/dt, dI/dt, dT/dt, dV2/dt

• And/Or logic available in cut-off condition

• Virtual control panel
  - In virtual control panel, it displays real time graphics (V vs. I, V & I vs. time, V vs.
    logI etc)to fit its own techniques. It also displays current data and other informa
    tion of current experiment.
  - Experiment parameters can be saved or loaded on the virtual control panel.
  - On experiment running, users can data analysis or other tasking simultaneously.
  - Nominate data saving folder by user selection
  - Cell connection check function
  
  
• Rea time data monitor
  - Displayed test data: status, running time, step number, cycle number, step time,
  current range, current, voltage, capacity, power, energy, Aux V, Calc V, temp,
  cycle file name, data file name, and file size.
  
  
• Tools
  - Data Editor: General data report, Cycle data report
  - Data editing
  - Data filtering

• Graphics
  - Universal graphic function
    User can set X, Y, Y1 axis variable
  - User can use this function for running experiment
  - With re-load button click, the data format can be changed with out data loading.
  - File overlay: Max. 20 files
  - Automatic scaling and manual scale/polarity setting available
  - Crosshair data pointing displays the data value by mouse click
  - Caption available on the graph
  - Density, specific value display
  - Slope calculation function
  - Grid and pixel/line selection
  - Copy to clip board for graphic data
  - Data conversion only for graph data
  - Parameter change without reloading the data file
  - Data set On/Off: Data can be visible or invisible by selecting/deselecting the data set
  - Rest step data hidden function
  - Advanced graph setting
  
  
  
  
  
  
• Safety limit & fail check function
  - To protect hardware, this system stops the experiment run automatically when
    detect the any value over hardware specification or user defined safety value.
  - It also stops the experiment running when the control value is different from
    measured value by wrong connection or abnormal reference electrode etc.
  - If the user tries to close the program by mistake operation, the program refuses
    this operation.
  - This system monitor the cell voltage and if the voltage value is too small, then
    warning message will be display to protect wrong cell connection.