A half-wave rectifier with a capacitor filter as in Fig. 3-11a has a 220 V rms,...

 

Transcribed Image Text:

A half-wave rectifier with a capacitor filter as in Fig. 3-11a has a 220 V rms, 60 Hz ac source, R = 80 , and C = 150 µF. 1. a) Simulate the circuit in Simulink environment during two cycles and show the load voltage and the diode current waveforms. 2. b) Use Cursor Measurement in the Oscilloscope Block to obtain the angle a and peak-to- peak ripple of the output voltage. 3. c) Measure the peak diode current. 4. d) Compute the theoretical values of a, peak-to-peak ripple of the output voltage, and peak diode current. Compare with the simulation measurements. Figure 3-11 a: Vs = Vm sin(wt) S + iD (a) ic KC + iR R Vo A half-wave rectifier with a capacitor filter as in Fig. 3-11a has a 220 V rms, 60 Hz ac source, R = 80 , and C = 150 µF. 1. a) Simulate the circuit in Simulink environment during two cycles and show the load voltage and the diode current waveforms. 2. b) Use Cursor Measurement in the Oscilloscope Block to obtain the angle a and peak-to- peak ripple of the output voltage. 3. c) Measure the peak diode current. 4. d) Compute the theoretical values of a, peak-to-peak ripple of the output voltage, and peak diode current. Compare with the simulation measurements. Figure 3-11 a: Vs = Vm sin(wt) S + iD (a) ic KC + iR R Vo