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Given: Vin = Vpeak sin(w)(t) Vpeak = 5V R1 = 1k ohms Using ideal forward voltage of 0.7V What is the Vo and Vin waveform for 2 periods on the same axis. Label the zero crossings (in radians) and peak voltage of Vo. Calculate for the average Vo and derive a formula for Vo in terms of Vpeak .

Given: Vin = Vpeak sin(w)(t) Vpeak = 5V R1 = 1k ohms Using ideal forward voltage of 0.7V What is the Vo and Vin waveform for 2 periods on the same axis. Label the zero crossings (in radians) and peak voltage of Vo. Calculate for the average Vo and derive a formula for Vo in terms of Vpeak .

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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Given:

  • Vin = Vpeak sin(w)(t)
  • Vpeak = 5V
  • R1 = 1k ohms
  • Using ideal forward voltage of 0.7V

What is the Vo and Vin waveform for 2 periods on the same axis. Label the zero crossings (in radians) and peak voltage of Vo. Calculate for the average Vo and derive a formula for Vo in terms of Vpeak . 

 
NOTE: Average of periodic signal f (x) of period T is given by: t0+T f(x)(ave) = f (x) dx T to + D1 V out V in + ww +
Transcribed Image Text:NOTE: Average of periodic signal f (x) of period T is given by: t0+T f(x)(ave) = f (x) dx T to + D1 V out V in + ww +
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