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(ii) Briefly explain the principle of operation of the rectifier circuit. Ensure to explain about the pair of diodes that conduct for the positive cycle and the pair that conducts for the negative cycle of the input signal. (iii) Suppose the input signal vs(t) is a sine wave with a peak voltage of 8 V and frequency of 50 Hz. Sketch the output signal across the load resistor RL with the expected peak voltage. Also state the ripple frequency beside the waveform. (iv) Explain why there is a short period between pulses when the output voltage is zero.

(ii) Briefly explain the principle of operation of the rectifier circuit. Ensure to explain about the pair of diodes that conduct for the positive cycle and the pair that conducts for the negative cycle of the input signal. (iii) Suppose the input signal vs(t) is a sine wave with a peak voltage of 8 V and frequency of 50 Hz. Sketch the output signal across the load resistor RL with the expected peak voltage. Also state the ripple frequency beside the waveform. (iv) Explain why there is a short period between pulses when the output voltage is zero.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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(ii) Briefly explain the principle of operation of the rectifier circuit. Ensure to explain about the pair of diodes that conduct for the positive cycle and the pair that conducts for the negative cycle of the input signal. (iii) Suppose the input signal vs(t) is a sine wave with a peak voltage of 8 V and frequency of 50 Hz. Sketch the output signal across the load resistor R₂ with the expected peak voltage. Also state the ripple frequency beside the waveform. (iv) Explain why there is a short period between pulses when the output voltage is zero.
Transcribed Image Text:(ii) Briefly explain the principle of operation of the rectifier circuit. Ensure to explain about the pair of diodes that conduct for the positive cycle and the pair that conducts for the negative cycle of the input signal. (iii) Suppose the input signal vs(t) is a sine wave with a peak voltage of 8 V and frequency of 50 Hz. Sketch the output signal across the load resistor R₂ with the expected peak voltage. Also state the ripple frequency beside the waveform. (iv) Explain why there is a short period between pulses when the output voltage is zero.
For the rectifier shown below: 2 elle reeee DI D3 D₂ D4 RL
Transcribed Image Text:For the rectifier shown below: 2 elle reeee DI D3 D₂ D4 RL
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(iv) Explain why there is a short period between pulses when the output voltage is zero. (v) Calculate Vdc and Vrms of the output voltage. (vi) Explain how the ripple voltage from (ii) above can be eliminated. You may use circuit diagrams to aid your answer. (vii) Sketch the new output signal across the load resistor R, when the ripple voltage is eliminated.
Transcribed Image Text:(iv) Explain why there is a short period between pulses when the output voltage is zero. (v) Calculate Vdc and Vrms of the output voltage. (vi) Explain how the ripple voltage from (ii) above can be eliminated. You may use circuit diagrams to aid your answer. (vii) Sketch the new output signal across the load resistor R, when the ripple voltage is eliminated.
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