Can anyone help me to find out the Rs = Solution resistantce and Rct= Charge transfer resisistance of the following equivalent circuit. specifically, which R should I take as Rct. I got this equivalent circuit from my sample g-C3N4 by using ZsimpWin software.
I would use Micro-Cap, a SPICE model, to analyze. I'm not aware or any other electronic SPICE modeling programs even close to Micro-Cap capability.
All EE's at Emerson used Micro-Cap, even though it cost $4,000 each. Micro-Cap is now free. Andy Thompson, owner of Spectrum Software, has retired. To download -> https://micro-cap.informer.com/12.0/.
The website --- Electronics (dot) FoxPing (dot) com/ ---- 2.8 Electronic Cascade RC Filters --- and --- 7.2 Electronic SPICE Models --- provide Micro-Cap examples on YouTube.
You can write the impedance function by inspection with Q as a 1/sC term and successive parallel to series combinations of each branch. There are symbolic network solvers that reduce the function to canonical form when possible. A Bode plot will also provide the critical frequency break points and time constants.
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