2. A full wave rectifier is using a center tapped step down transformer. The input to the primary of the ransformer is 110 volts rms and the turns ratio of the transformer (N1:N2) is 5:1. Load resistance (RL) is 3,900 ohms. No capacitor is connected at the output of the rectifier. Determine the following. 1. RMS voltage at the whole secondary and rms voltage at ½ of secondary e. Average voltage at the whole secondary and average voltage at ½ of secondary . Peak voltage at the output of the rectifier (across RL)
2. A full wave rectifier is using a center tapped step down transformer. The input to the primary of the ransformer is 110 volts rms and the turns ratio of the transformer (N1:N2) is 5:1. Load resistance (RL) is 3,900 ohms. No capacitor is connected at the output of the rectifier. Determine the following. 1. RMS voltage at the whole secondary and rms voltage at ½ of secondary e. Average voltage at the whole secondary and average voltage at ½ of secondary . Peak voltage at the output of the rectifier (across RL)
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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Transcribed Image Text:2. A full wave rectifier is using a center tapped step down transformer. The input to the primary of the
transformer is 110 volts rms and the turns ratio of the transformer (N1:N2) is 5:1. Load resistance (RL) is
3,900 ohms. No capacitor is connected at the output of the rectifier. Determine the following.
d. RMS voltage at the whole secondary and rms voltage at 2 of secondary
e. Average voltage at the whole secondary and average voltage at ½ of secondary
f. Peak voltage at the output of the rectifier (across RL)
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