Matlab code for RLC circuit -- 2
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voltage sweep of the device from 0.1V to 10V and model the current-voltage characteristics. 2. Use a linear fit to determine the resistance value of the device
differential equations that represent this network in the time domain using KCL
frequency domain dY dt →jωY(ω)
matrices C, G, and the vector F that can be used to describe the network using: C dV dt +GV=F or (G+jωC)V = F(ω)
For the DC case sweep the input voltage V1 from -10V to 10V and plot VO and the voltage at V3.
The AC case plot VO as a function of ω also plot the gain VO V1 in dB.
For the AC case plot the gain as function of random perturbations on C using a normal distribution with std = .05 at ω = π.
Do a histogram of the gain.
Transient circuit simulation.
The circuit can be represented in the time domain as: C dV dt +GV=F
ID проекта: #33407568
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