Explain™ Control Language > Library Routines > Signal classes > class VPV

Description

Create a new VPV signal generator.

A given Vpv object can be used by more than one curve but can be used by only one curve at a time.

The following code fragment is an example of the use of a VPV object:

Cycle = VPV.New(...)

Pstat.SetSignal(Cycle)

Pstat.InitSignal()

Pstat.SetCell(CellOn)

Vpv = PV.New("CURVE", Pstat)

Vpv.Run()

Vpv.Printl()

...

Type

CLASS FUNCTION

Usage

Vpv = VPV.New(Tag, Pstat, VInit, VStep, VPulseSize, EnableOverrideA, VOverrideA, EnableOverrideB, VOverrideB, Cycles, TimerRes, PulseTime, CycleTime, IntPeriod, DropKnockEnable, DropKnockDuration, DropKnockPolarity)

Tag	STRING	Object Tag.
Pstat	PSTATCLASS	Potentiostat that will use the signal.
VInit	REAL	Initial value in volts.
VStep	REAL	Step in volts.
VPulseSize	REAL	Pulse size in volts.
EnableOverrideA	BOOL	Override the A portion of the signal.
VOverrideA	REAL	Override voltage.
EnableOverrideB	BOOL	Override the B portion of the signal.
VOverrideB	REAL	Override voltage.
Cycles	INDEX	Number of Cycles to run this acquisition.
TimerRes	REAL	Time between sampling data.
PulseTime	REAL	Duration of the pulse (B).
CycleTime	REAL	Duration of a cycle (A + B).
IntPeriod	REAL	Time for averaging data.
DropKnockEnable	BOOL	Use the digital output.
DropKnockDuration	REAL	Time to apply a signal.
DropKnockPolarity	BOOL	Signal polarity.
Vpv	VPV	The object created.

VPV.New()

VPV.New()

Description

Type

Usage