Pstat.TestIERangeAC() Type: INSTANCE FUNCTION Purpose: Find the optimum current range required to make a current measurement. This function takes into account the measurement frequency, because a higher-than-normal current range is… read more →
Pstat.TestIchFilter() Type: INSTANCE FUNCTION Purpose: Report an index stating the appropriate IchFilter setting, given a desired frequency. This function is automatically called when the SetIchFilter function is used. The potentiostat… read more →
Pstat.SetVchOffset() Type: INSTANCE FUNCTION Purpose: Set the DC offset voltage in the voltage channel. The actual offset circuitry may be implemented in the potentiostat or in the FRA. Not all… read more →
Pstat.SetVchOffsetEnable() Type: INSTANCE FUNCTION Purpose: Enable or Disable post-potentiostat offset correction. This allows the DC component of a measured voltage signal to be removed. Removal of this DC component allows… read more →
Pstat.SetVchRange() Type: INSTANCE FUNCTION Purpose: Set voltage-channel range. The function Pstat.SetVchRange can set either an absolute range or a measured voltage. Usage: RangeSet = Pstat.SetVchRange(Range) … read more →
Pstat.SetVchRangeMode() Type: INSTANCE FUNCTION Purpose: Enable or disable voltage channel measurement autoranging. If autoranging is enabled (on), after each voltage channel measurement is made, the voltage channel measurement range is… read more →
Pstat.SetVoltage() Type: INSTANCE FUNCTION Purpose: Provide a way to quickly and easily set the cell voltage in Potentiostat mode. This function does not use or allow for current-interrupt IR-compensation. The… read more →
Pstat.Sprint() Type: INSTANCE FUNCTION Purpose: Print the potentiostat object in a string. The string contains just the potentiostat number. Usage: Result = Pstat.Sprint() Result STRING… read more →
Pstat.Stability() Type: INSTANCE FUNCTION Purpose: Report the potentiostat I/E Stability setting. Usage: Switch = Pstat.Stability() Switch INDEX The setting. Related Topics
Pstat.SetSignal() Type: INSTANCE FUNCTION Purpose: Specify which signal is to be used by the potentostat. Multiple signals can be pre-created, and then used one at a time by making a… read more →