Type: CLASS FUNCTION Purpose: Creates a new signal generator. Usage: Vmstep = VMSTEP.New(Tag, Pstat, VInit, TInit, Vstep, Tstep, Nsteps, SampleTime) Tag STRING Object tag. Pstat PSTATCLASS Potentiostat… read more →
Type: INSTANCE FUNCTION Purpose: Return a goodness-of-fit parameter. The number returned is the correlation coefficient. The sign of the correlation coefficient is the same as the slope. A correlation coefficient… read more →
Type: INSTANCE FUNCTION Purpose: Perform the linear least-squares fit. Requires as function arguments the two data columns and two point number boundaries. The optional boundaries allow you to use a… read more →
Type: INSTANCE FUNCTION Purpose: Return the x-axis intercept from a LINFIT object. LinFit.Crunch() must be called before the return value is meaningful. Usage: Intercept = LinFit.Icept() Intercept… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing IUPDN signal generator. Usage: Iupdn.Tweak(Pstat, Iinit, Iapex, Ifinal, ScanInit, ScanFinal, SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal IInit… read more →
Type: CLASS FUNCTION Purpose: Creates a new object of the LINFIT class. Usage: LinFit = LINFIT.New(Tag) LinFit LINFIT The new LINFIT object. Tag STRING A tag used to… read more →
Type: CLASS Purpose: The LINFIT class performs a linear least-squares fit of y and x data arrays. The data arrays are normally extracted from one of the Explain CURVE type… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing Istep signal generator. Usage: Istep.Tweak(Pstat,IInit,TInit,IFinal,TFinal,SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal IInit REAL Initial value in amperes. TInit… read more →
Type: CLASS FUNCTION Purpose: Creates a new IUPDN signal generator. Usage: Iupdn = IUPDN.New(Tag, Pstat, Iinit, Iapex, Ifinal, ScanInit, ScanFinal, SampleTime) Tag STRING Object tag. Pstat PSTATCLASS… read more →
Type: CLASS Purpose: The IUPDN class describes a dual-slope current-ramp waveform which can be applied by a potentiostat while in the Galvanostat mode. The current is ramped from an initial… read more →