Problem 22: For the following circuit, find Va in Volts.Ra = R2VaPodeVx= -40v =- ten Votsエ4エ2R3bVx= -40vIo I3ViaV= 2vVoRa= R2 = 1k =1000R1 = R, = 1k=10002%3DR3= 5k = 50002The Diode is a zenier diode with afor ward Bias voltage of 0.6 voHsand a Zen 1er voltageof 5,0 (Five ) volts

Answered: Image /qna-images/answer/c662a5b7-68db-4ba4-b79b-bee0869cec62.jpg

Problem 22: For the following circuit, find Va in Volts. Ra= R2 Va Dode Vx= -40v = - ten Vots エ4 Io I3 エ2 Vx= -40v Vm av= 2v Vo A2= R2 = 1k =1000 R1=R, =1k=100 R3= 5k = 500 The Diode Is a zenier diode with a for ward Bias voltage of 0.6 vo Hs and a zen er voltage of 5,0 (Five) volts

Problem 22: For the following circuit, find Va in Volts. Ra= R2 Va Dode Vx= -40v = - ten Vots エ4 Io I3 エ2 Vx= -40v Vm av= 2v Vo A2= R2 = 1k =1000 R1=R, =1k=100 R3= 5k = 500 The Diode Is a zenier diode with a for ward Bias voltage of 0.6 vo Hs and a zen er voltage of 5,0 (Five) volts

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter59: Motor Startup And Troubleshooting Basics

Section: Chapter Questions

Problem 12SQ: How is a solid-state diode tested? Explain.

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Question

Problem 22: For the following circuit, find Va in Volts.
Ra = R2
Va
Pode
Vx= -40v =
- ten Vots
エ4
エ2
R3
bVx= -40v
Io I3
Vi
aV= 2v
Vo
Ra= R2 = 1k =1000
R1 = R, = 1k=10002
%3D
R3= 5k = 50002
The Diode is a zenier diode with a
for ward Bias voltage of 0.6 voHs
and a Zen 1er voltage
of 5,0 (Five ) volts

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