The following parameters are associated with the Galvanostatic CombiEIS experiment. Min Freq (Hz) The starting point for the frequency sweep during data-acquisition. The frequency is entered in Hertz. The allowed… read more →
The Galvanostatic EIS techniques are used to characterize an electrochemical interface which is held at a fixed current. A small-signal AC-current excitation is applied to an electrochemical cell. The phase-sensitive… read more →
Chart The heart of the impedance analysis. It contains the data plotted as applied voltage versus magnitude and phase. Experimental Setup A list of the parameters used to acquire the… read more →
The Mott-Schottky analysis script allows you to open Mott-Schottky data files by selecting the data file from the File Open window. The data file opens, and a series of tabbed… read more →
The standard impedance analysis contains the following pages at startup: Bode The heart of the impedance analysis. It contains the data plotted as frequency versus magnitude and phase. Nyquist A Nyquist… read more →
The Impedance analysis script allows you to open Potentiostatic EIS, Galvanostatic EIS, and Hybrid Mode EIS data files by selecting the data file from the File Open window. The data… read more →
Run the Potentiostatic EIS standard technique by selecting Experiment>Electrochemical Impedance> Potentiostatic EIS from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner window, and… read more →
The following parameters are associated with the Potentiostatic EIS experiment. Initial Freq. The starting point for the frequency sweep during data-acquisition. The frequency is entered in Hertz. The allowed range… read more →
The Potentiostatic EIS technique is used to characterize an electrochemical interface which is held at a fixed potential. A small-signal AC potential excitation is applied to an electrochemical cell. The… read more →
All of the following are common setup parameters among the EIS techniques. Pstat Selects the potentiostat/galvanostat to perform the experiment. Each labeled button corresponds to an installed potentiostat. When a… read more →