R=10 Q C=1200 F and R = 2.5 a In the switching circuit shown and the...

             

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R=10 Q C=1200 μF and R₂ = 2.5 a In the switching circuit shown and the circuit is at zero initial conditions when energized through a switch by a V 36 V. The duty cycle (on- = time percentage) of the switch is 50%, and the switching frequency is 10 kHz. Using the capacitor Amp-Sec-balance rule, find out the output voltage, V (t). v dh , during steady-state. Vs + A ᏚᎳ Rs mm C ic ww iR R R=10 Q C=1200 μF and R₂ = 2.5 a In the switching circuit shown and the circuit is at zero initial conditions when energized through a switch by a V 36 V. The duty cycle (on- = time percentage) of the switch is 50%, and the switching frequency is 10 kHz. Using the capacitor Amp-Sec-balance rule, find out the output voltage, V (t). v dh , during steady-state. Vs + A ᏚᎳ Rs mm C ic ww iR R