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8. For an half-wave rectifierwith resistive load: a) Verify that output average voltage is V рeak b) If the average current passing through the 60 ohm load is 2.2 A, calculate the rms value of the supply voltage of the rectifier. c) Draw the reactance-frequency characteristics of a 50 microfarad capacitor between 0 Hz d) Draw the reactance-frequency characteristics of a 80 milihenry inductor between 0 Hz to 1 Khz by using 100HZ steps. 1 Khz by using 100HZ steps.

8. For an half-wave rectifierwith resistive load: a) Verify that output average voltage is V рeak b) If the average current passing through the 60 ohm load is 2.2 A, calculate the rms value of the supply voltage of the rectifier. c) Draw the reactance-frequency characteristics of a 50 microfarad capacitor between 0 Hz d) Draw the reactance-frequency characteristics of a 80 milihenry inductor between 0 Hz to 1 Khz by using 100HZ steps. 1 Khz by using 100HZ steps.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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8. For an half-wave rectifierwith resistive load: a) Verify that output average voltage is V, peak b) If the average current passing through the 60 ohm load is 2.2 A, calculate the rms value of the supply voltage of the rectifier. c) Draw the reactance-frequency characteristics of a 50 microfarad capacitor between 0 Hz to 1 Khz by using 100HZ steps. d) Draw the reactance-frequency characteristics of a 80 milihenry inductor between 0 Hz to 1 Khz by using 100HZ steps.
Transcribed Image Text:8. For an half-wave rectifierwith resistive load: a) Verify that output average voltage is V, peak b) If the average current passing through the 60 ohm load is 2.2 A, calculate the rms value of the supply voltage of the rectifier. c) Draw the reactance-frequency characteristics of a 50 microfarad capacitor between 0 Hz to 1 Khz by using 100HZ steps. d) Draw the reactance-frequency characteristics of a 80 milihenry inductor between 0 Hz to 1 Khz by using 100HZ steps.
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