The Framework creates a runner window, and either theGalvanostatic Generic Pulse.exp or the Potentiostatic Generic Pulse.exp script is run in this window. The script creates the Setup dialog box, which… read more →
The Generic Pulse Waveform allows you to completely define a square wave to apply to a sample. The waveform is shown in the Figure below. The signal levels are defined… read more →
Generic Pulse Waveform is used for experiments that require a repeating square-wave pulsed waveform in which the characteristics of the pulse can be easily modified. Pulse plating is a common… read more →
Introduction This is an extension of the Square Wave Voltammetry technique. It works identically to Square Wave Voltammetry except it includes an “accumulation” step. In the accumulation step, analytes are plated… read more →
Introduction This is an extension of the Sampled DC Voltammetry technique. It works identically to Sampled DC Voltammetry except it includes an “accumulation” step. In the accumulation step, analytes are plated… read more →
Introduction This is an extension of the Reverse Normal Pulse Voltammetry technique. It works identically to Reverse Normal Pulse Voltammetry except it includes an “accumulation” step. In the accumulation step,… read more →
Each voltammetric technique also has a stripping variation. For descriptions on the normal operation of the experiment, please read that specific help topic. In any stripping experiment there are several… read more →
Introduction This is an extension of the Normal Pulse Voltammetry technique. It works identically to Normal Pulse Voltammetry except it includes an “accumulation” step. In the accumulation step, analytes are… read more →
Introduction This is an extension of the Differential Pulse Voltammetry technique. It works identically to Differential Pulse Voltammetry except it includes an “accumulation” step. In the accumulation step, analytes are plated… read more →