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Hi, Frank,
Yes. You are right. The experiments use AC signal. The conductance that I use is the equivalent conductance of water at that frequency, i.e., Z(w)_water. If I know the impedance for the device Z(w)_device, I can calculate the voltage drop on within the water layer so as to get...
Hi, Frank,
Thanks for your reply. I am not able to measure the device at this stage ... I only do the simulations and try to get a model to characterize its characteristics. I don't understand what you mean by saying " increase the voltage between them and measure the increasing amplitude of...
I simplify the device configuration in the following plots.
=====ITO electrode===
-----------------------
water
-----------------------
Nonlinear device
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=====ITO electrode===
My goal is to get the electrical field distribution within the water. I want to use the...
The voltage is large AC signal, not small AC. I never deal with this kind of biasing...
I am doing some simulations to extract the impedance of the device. I heard about some ways to measure it, like load pull, S parameter. But I can't not do measurement now...
The device is quit nonlinear...
Is there anyway to connect them together...? Now I built a new device but I also want to know how electric field distribution near the device. Is that possible ?
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