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Timeline for State-space representation model

Current License: CC BY-SA 4.0

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Apr 24 at 19:26 comment added Bart Simons Hi, unfortunately it is not a steady state problem. I'm interested in solving the problem in the time domain, as a transient simulation. So therefore I need to get the first order differential equations. All equations are kind of easy to write doen except for C2, C3 and C4. I don't see how to express e.g for C2 the current IC3 in terms of the input variable of the state space model. That is the main reason to ask the question here. Maybe another place is better to ask this mathematical question.
Apr 24 at 18:13 comment added S Jin Are you interested in transient behavior or the steady-state response? If it's steady-state, it might be better to represent everything in terms of impedances -- for example, R1 and L1 form a high-pass filter, as do R2 and L2. Then L3 and C3 form a "tank", as well as L4 and C4. Then you can plot the frequency response -- from your simulation, you get peak gain at 100 kHz.
Apr 24 at 16:51 comment added jsotola Can you help me? is not a question about electronics ... please ask about the problem, not about people's capability to help you ... how would a yes answer be useful to you?
Apr 24 at 13:28 comment added Dirceu Rodrigues Jr At a glance there appear to be eight state variables. Unless some reduction can be made, you have a very laborious problem if the solution has to be done by pen and paper
Apr 24 at 12:57 comment added Bart Simons Hi, I know, that does not matter. You can specify starting conditions for all the components. Capacitor C1 will be charged at t=0.
Apr 24 at 12:00 comment added Franc. M. The circuit lacks an electromotive force generator.
Apr 24 at 10:40 history edited toolic CC BY-SA 4.0
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S Apr 24 at 8:38 review First questions
Apr 24 at 10:40
S Apr 24 at 8:38 history asked Bart Simons CC BY-SA 4.0