The multiplexed ZRA-mode ECN test is a high-throughput version of the single-cell test. It is used for the same purpose.
Run this test by selecting Experiment>Electrochemical Noise>Multiplexed ZRA Mode ECN from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a Runner window, and the Multiplexed… read more →
Here is the Setup dialog box for the multiplexed potentiostatic-mode ECN test. All of the Setup parameters for the Multiplexed potentiostatic-mode ECN test have been discussed in either the single-potentiostatic… read more →
The multiplexed potentiostatic-mode ECN test is a high-throughput version of the single-cell test. It is used for the same purpose.
Run this test by selecting Experiment>Electrochemical Noise>Multiplexed Pstat Mode ECN from the Framework™ menu bar. This initiates the following sequence of events: The Framework creates a runner window, and the… read more →
Each of the multiplexed ECN tests is an extension of the corresponding EN120 single-cell test. A multiplexed ECN test can run on up to eight cells concurrently. Cells are switched using… read more →
Here is the Setup dialog box for the Multiplexed ZRA Mode Test. At first glance, it looks very different from the Setup dialog box for the single-cell ZRA mode test.… read more →
Here is the dialog box for the Galvanostatic Mode ECN Test. All of the Setup parameters for the galvanostatic Mode ECN test except Applied I are described in the Common… read more →
An Electrochemical Noise test in galvanostatic mode measures current noise at a fixed electrode-potential. A specimen is immersed in a solution and a constant current is applied while measuring its… read more →
Run this test by selecting Experiment>Electrochemical Noise>Galvanostatic Mode Electrochemical Noise from the Framework™ menu bar. This initiates the following sequence of events: Framework creates a runner window, and the Galvanostatic… read more →