Type: CLASS Purpose: The VSTEP class describes a two-part voltage-step waveform which can be applied by a potentiostat while in the Potentiostat mode. The Vstep object encapsulates information about the… read more →
Type: CLASS FUNCTION Purpose: Creates a new VUPDN signal generator. Usage: Vupdn = VUPDN.New(Tag, Pstat, Vinit, VApex, Vfinal, ScanInit, ScanFinal, SampleTime) Tag STRING Object tag. Pstat PSTATCLASS… read more →
Type: CLASS Purpose: The VUPDN class describes a dual voltage-ramp waveform which can be applied by a potentiostat while in the Potentiostat mode. The voltage is ramped from an initial… read more →
Type: CLASS FUNCTION Purpose: Creates a new ramp generator. A given Vramp object can be used by more than one curve but can be used by only one curve at… read more →
Type: CLASS Purpose: The VRAMP class describes a voltage-ramp waveform that can be applied by a potentiostat while in the Potentiostat mode. The Vramp object encapsulates information about the starting… read more →
Type: CLASS FUNCTION Purpose: Creates a new signal generator. Usage: Vstep = VSTEP.New(Tag, Pstat, VInit, TInit, VFinal, TFinal, SampleTime) Tag STRING Object tag. Pstat PSTATCLASS Potentiostat that… read more →
Type: CLASS Purpose: The VMSTEP class describes a multi-part voltage-step waveform which can be applied by a potentiostat while in the Potentiostat mode. The Vmstep object encapsulates information about the… read more →
Type: INSTANCE FUNCTION Purpose: Return the rms deviation between the data and the fit. This is a measure of the noise in the data. Usage: Noise = LinFit.Resid() … read more →
Type: INSTANCE FUNCTION Purpose: Return the slope value from a LINFIT object. LinFit.Crunch() must be called before the return value is meaningful. Usage: Slope = LinFit.Slope() Slope… read more →
Type: INSTANCE FUNCTION Purpose: Function Return the y-value of the line given an appropriate x-value. LinFit.Crunch() must be called before the return value is meaningful. Usage: Y = LinFit.Yvalue(Xvalue) … read more →