Pstat.AnalogOut() Type: INSTANCE FUNCTION Purpose: Read the current voltage setting for the auxiliary DAC output on the Miscellaneous I/O Connector. Usage: VoltageSet = Pstat.AnalogOut() VoltageSet… read more →
Pstat.CableId() Type: INSTANCE FUNCTION Purpose: Report the current ID of the cable connected to the potentiostat. For potentiostats with a single cell cable, like the Reference 600 and Interface 1000,… read more →
Printl() Type: REGULAR FUNCTION Purpose: Same as Print() but Printl() puts an end of line character after the last value printed. See function Print() for details. Usage: Printl(Value, …) Related… read more →
Pstat.ACCouple() Type: INSTANCE FUNCTION Purpose: Report the current AC Coupling state. Usage: Result = Pstat.ACCouple() Result BOOL TRUE DC-Coupled FALSE… read more →
Pstat.AchFilter() Type: INSTANCE FUNCTION Purpose: Report the current AchFilter setting. Usage: Filter = Pstat.SetAchFilter() Filter INDEX Filter to select 0 = No Filter 1 =… read more →
Pstat.AchOffset() Type: INSTANCE FUNCTION Purpose: Report the offset voltage of the current channel. Usage: Result = Pstat.AchOffset() Result REAL The offset voltage. This is used… read more →
Poten.Value() Type: INSTANCE FUNCTION Purpose: Report the Poten’s value versus Eref. Same as Poten.VsEref(), but added to increase readability of scripts. Usage: Voltage = Poten.Value() Voltage REAL Calculate actual E… read more →
Poten.VsEref() Type: INSTANCE FUNCTION Purpose: Report the Poten‘s value versus Eref. Usage: Voltage = Poten.VsEref() Voltage REAL Calculate actual E vs Eref using equations. If vsEoc switch is set, add… read more →
Pow() Type: REGULAR FUNCTION Purpose: Calculate a number raised to a power, xy. Usage: Result = Pow(X, Y) X REAL Base value. If X < 0, –X is used.… read more →
Print() Type: REGULAR FUNCTION Purpose: Prints one or more values to the output file. Only the primitive data types (REAL, INDEX, STRING, BOOL, and BITS) print usable values. For example:… read more →