We don't have a video on using a dummy cell. But in any of our potentiostat user guides we have a dummy cell experiment. pineresearch.com/shop/potentiostats/wavedriver-series/wavedriver200-bundles/#documentation In general you use the dummy cell to test whether the potentiostat is reproducing physics. In the simplest case you would hook up one side of a resistor to your working electrode lead and the other side of the resistor to the counter and reference leads (shorted together), creating a 2-electrode configuration. If you were to do a cyclic voltammetry experiment (current vs potential curve) you should get a straight diagonal line where the slope of the line is equal to the resistance of your resistor based on Ohms law. I hope that was helpful.
Great job. I need those resources.
I'm glad this video was helpful to you!!
Hi do you have a video on using a dummy cell?
We don't have a video on using a dummy cell. But in any of our potentiostat user guides we have a dummy cell experiment.
pineresearch.com/shop/potentiostats/wavedriver-series/wavedriver200-bundles/#documentation
In general you use the dummy cell to test whether the potentiostat is reproducing physics. In the simplest case you would hook up one side of a resistor to your working electrode lead and the other side of the resistor to the counter and reference leads (shorted together), creating a 2-electrode configuration. If you were to do a cyclic voltammetry experiment (current vs potential curve) you should get a straight diagonal line where the slope of the line is equal to the resistance of your resistor based on Ohms law. I hope that was helpful.
@@Pineresearch would you be able to make one using the DC3 dummy cell?
@@nativechels22 I haven't heard of a DC3 dummy cell. Could you tell me more about that or send me a link?