Introduction Multiplexed Potentiostatic EIS Repeating Sequential can be understood as a combination of the Potentiostatic EIS Repeating and Multiplexed Potentiostatic EIS techniques. Setup This is typical Setup window: The Setup… read more →
Run the Total Harmonic Distortion (THD) standard technique by selecting Experiment>Electrochemical Impedance>Galvanostatic EIS or Potentiostatic EIS from the Framework™ menu bar. The system follows the experimental sequence given in Galvanostatic EIS… read more →
Introduction Potentiostatic Repeating EIS is a special script in Gamry’s EIS application package, similar to Potentiostatic EIS. Use it to record EIS spectra at evenly spaced time intervals. Each spectrum… read more →
There is a single Enable Harmonic Output checkbox to activate in order to run a Total Harmonic Distortion (THD) experiment, either in galvanostatic or potentiostatic mode:
Similarities between Electrochemical Impedance Spectroscopy (EIS) and THD THD is generally similar to EIS. A sinusoidal AC signal (galvanostatic or potentiostatic) is applied to an electrochemical cell, and the frequency is… read more →
Introduction Single Frequency EIS is a technique in Gamry’s EIS application package. It is used to follow changes in electrochemical impedance versus time. The most common use is in impedance-based… read more →
Introduction Multiplexed Potentiostatic EIS is a version of Potentiostatic EIS that lets you to attach a number of electrochemical cells to a test system with an ECM8 Electrochemical Multiplexer, and then… read more →
Run the Galvanostatic CombiEIS script by selecting Experiment Electrochemical Impedance>CombiEIS Galvanostatic. This initiates the following sequence of events: The Framework™ creates a Runner window that will be used to display… read more →
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 →