Question

Notify Me Bookmark

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? The output voltage waveform for the circuit shown in Q.4 is shown in figure. If value of Capacitor is 1.5mF, Vm1 = 200 Volts and Vm2 = 190 Volts, then find the Energy lost by the capacitor during discharge period in Joules?

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? The output voltage waveform for the circuit shown in Q.4 is shown in figure. If value of Capacitor is 1.5mF, Vm1 = 200 Volts and Vm2 = 190 Volts, then find the Energy lost by the capacitor during discharge period in Joules?

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? The output voltage waveform for the circuit shown in Q.4 is shown in figure. If value of Capacitor is 1.5mF, Vm1 = 200 Volts and Vm2 = 190 Volts, then find the Energy lost by the capacitor during discharge period in Joules?

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? The output voltage waveform for the circuit shown in Q.4 is shown in figure. If value of Capacitor is 1.5mF, Vm1 = 200 Volts and Vm2 = 190 Volts, then find the Energy lost by the capacitor during discharge period in Joules?

Image text
In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? The output voltage waveform for the circuit shown in Q.4 is shown in figure. If value of Capacitor is 1.5mF, Vm1 = 200 Volts and Vm2 = 190 Volts, then find the Energy lost by the capacitor during discharge period in Joules?

Detailed Answer

0 0

Please enter your email here. You will get email when this question is answered by our tutor.

Answer
Doubtrix Logo

This Problem has been solved!

You'll get a detailed, step-by-step and expert verified solution.

Join Doubtrix with 7-days free trial

  • Icon Correct & Verified Answers
  • Icon No AI-Generated Answers
  • Icon Video Solution for Difficult Questions
  • Icon Work With Experts to Reach at Correct Answers
Notify me Login Sign Up

Similar/Related Questions

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? 
In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of the capacitor current (ic) marked in the figure? A) 5 Amp. B)10 Amp. C) 0.2 sin(ωt) Amp D) 2 sin(ωt) Amp

 

A) 5 Amp.

B)10 Amp.

C) 0.2 sin(ωt) Amp

D) 2 sin(ωt) Amp
Solution
0 0

In the diode bridge rectifier circuit shown in figure, if current i = 10+0.2 sin(ωt) Amperes, and average value of load current is 10 Amperes. Then what will be the approximate value of capacitor current?
Solution
0 0

A full-wave diode bridge rectifier is shown in Fig. 1 . The input voltage is vs = 311×sin⁡(100πt) V. The load resistor R is 10 Ω. ( 25 points) Fig. 1. (a) Sketch the waveforms of the output voltage vd and current id, indicate the peak values. (6 points) (b) Calculate the average value of vd and current id. ( 6 points) (c) If the diodes D1−D4 are replaced by thyristors T1−T4, respectively, to form a controllable rectifier. The firing angle of T1 and T2 and the firing angle of T3 and T4 are both π4. Sketch the waveforms of the output voltage vd and current id, indicate the peak values. (6 points) (d) Based on (c), calculate the average value of vd and current id. (7 points)
Solution
0 0