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Analysis of a RLC circuit and a Voltage Controlled Switch
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[QUOTE="yttuncel, post: 4324988, member: 371453"] Hello, By saying "on" I meant switch is open. No, all the current go directly to ground when switch is closed. The current charges up both capacitors very fast due to small time constant(Rin and 0.05μF) to a maximum voltage value of VA. Vout is the voltage on Cout. The time constant of Cout when discharging is huge compared to the cycle time as you pointed out Therefore, it decays very little when switch is closed and charges up when it is open. I suppose it is limited to the value of VA? Update: I simulated this circuit using SPICE. What I said is mostly true, the only part I am wrong is the max value of Vout. How does it get higher than our input which is 3V ? The final voltage at Vout seems to be something between 5 and 6 volts. [/QUOTE]
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Analysis of a RLC circuit and a Voltage Controlled Switch
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