Pstat.InstrumentVersion() Type: INSTANCE FUNCTION Purpose: Report the current revision of the instrument’s firmware. Usage: Pstat.InstrumentVersion() The value returned is 0 Used by all instruments for the general version number 1… read more →
Pstat.IERange() Type: INSTANCE FUNCTION Purpose: Read the current range. Not all ranges are available on specific potentiostats. Please consult your potentiostat operator’s manual for information specific to your potentiostat. NOTE:… read more →
Pstat.IchFilter() Type: INSTANCE FUNCTION Purpose: Report the current IchFilter setting. Usage: Filter = Pstat.IchFilter() Filter INDEX Filter to select: 0 = No Filter 1 =… read more →
Pstat.IchOffset() Type: INSTANCE FUNCTION Purpose: Report the offset voltage of the current channel. Usage: Result = Pstat.IchOffset() Result REAL The offset voltage Related Topics
Pstat.IchOffsetEnable() Type: INSTANCE FUNCTION Purpose: Returns whether an offset for the I channel is enabled or disabled. Usage: Result = Pstat.IchOffsetEnable() Result BOOL TRUE =… read more →
Pstat.IchRange() Type: INSTANCE FUNCTION Purpose: Report the current channel range. The measured current is converted into a voltage using the I/E Converter. This function reports the code for the full-scale… read more →
Pstat.Ground() Type: INSTANCE FUNCTION Purpose: Read the current status of the ground isolation switch. Usage: State = Pstat.Ground() State FLOAT Potentiostat floating ground is isolated… read more →
Pstat.GstatRatio() Type: INSTANCE FUNCTION Purpose: Returns the number of amperes/input volt generated when in galvanostat mode. It is sensitive to sign convention (See Pstat.SetConvention) because amperes are defined differently by… read more →
PSTAT Type: CLASS Purpose: Encapsulates most of the features of a Gamry Instruments potentiostat/galvanostat . It is used to provide control over a potentiostat and to keep two experiments from… read more →
Pstat.FindVchRange() Type: INSTANCE FUNCTION Purpose: FindVchRange() acquires several voltage points, adjusting the voltage measurement range after each point is taken. Use it before starting a scan, to determine the optimum… read more →