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 →
Galvanic Mode ECN is the same as ZRA Mode ECN. Please see the ZRA Mode ECN help pages for further assistance.
This section describes the setup parameters in all of the Electrochemical Noise system Setup dialog boxes. You may find it helpful to read this in front of your computer and… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing Vmstep signal generator. Usage: Vmstep.Tweak(Pstat, VInit, TInit, Vstep, Tstep, Nsteps, SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal VInit… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing voltage-ramp generator. Usage: Vramp.Tweak(Pstat, VInit, VFinal, ScanRate, SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal VInit REAL Initial value… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing Vstep signal generator. Usage: Vstep.Tweak(Pstat, VInit, TInit, VFinal, TFinal, SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal VInit REAL… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing VUPDN signal generator. Usage: Vupdn.Tweak(Pstat, Vinit, VApex, Vfinal, ScanInit, ScanFinal, SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal VInit… read more →