In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a Vin of 20 V.-A-1.46 VB-14.62 VC-20 VD-0 V-B-14.62 V

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APTITUDE CRACK · Accepted Answer

B 14.62 V First pulse =&gt; During the first pulse, the capacitor charges. The output voltage reaches, 12.64 V (63.2% of 20 V). Between first and second pulses =&gt; The capacitor discharges and the voltage decreases to 36.8% of the voltage at the beginning of this interval: 0.368 (12. 64 V) = 4.65 V. Second pulse =&gt; (20 4.65) V = 15.35 V. Between second and third pulse = &gt; 0.368 (15.35) = 5.64 V. Third pulse =&gt; (20 5.64) v = 14.36 V. Between third and fourth pulse =&gt; 0.368 * (14.36) = 5.28 V. Fourth pulse =&gt; (20 5.28) V = 14.72 V. Between fourth and fifth pulse =&gt; 0.368 (14.72) = 5.41 V. Fifth pulse =&gt; (20 5.41) V = 14.59 V. =&gt; 14.6 V approx.

Time Response of Reactive Circuits

In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a V_in of 20 V.

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Time Response of Reactive Circuits

In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a Vin of 20 V.

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For help Students Orientation Mcqs Questions

In a repetitive-pulse RC integrator circuit, what would the steady-state voltage equal at the end of the fifth pulse? Assume a V_in of 20 V.

For help Students Orientation
Mcqs Questions