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Do problem 25 (Problem 25) Do problem 25

Do problem 25 (Problem 25) Do problem 25

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Do problem 25

(Problem 25)

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Chapter 9, Problem 24. Sketch the output waveform and the voltage transfer characteristic for the circuit of Figure P9.24. Assume ideal diode characteristics, vs(t) = 10 sin (2,000 лt). (€) vs (1) 10 Ω www Vs (+) Ⓒ Figure P9.24 V5(6)480 10.52 Vs (+) Ⓒ 4 V YV Vs(6)>8v 10.52 10 ΩΣ Vo(1) VI V₁ = 4v 1012 1052 -AMM- JV₂CH) VOC, V₁ = V₁²+) ( 10+10) V₁ = VSCH 10.52 • Voc = √5 (6) -4 } Voc 40 + diode conducting VsL+)-420 +Vs (8) < 8V (diode conducting) V₁=5sm (2000) Vs (0) >8 -10 D Voc =√₁-4 V₁ = USC6) (10 410) V₁= Vs (6) 8 tr /29 +(ms) Chapter 9, Problem 25. Repeat Problem 9.24, using the offset diode model with Vy=0.6 V. -6V 4V= 1012 COSMOS: Complete Online Solutions Manual Organization System Doesn't go below 4 -4V +(ms)
Transcribed Image Text:Chapter 9, Problem 24. Sketch the output waveform and the voltage transfer characteristic for the circuit of Figure P9.24. Assume ideal diode characteristics, vs(t) = 10 sin (2,000 лt). (€) vs (1) 10 Ω www Vs (+) Ⓒ Figure P9.24 V5(6)480 10.52 Vs (+) Ⓒ 4 V YV Vs(6)>8v 10.52 10 ΩΣ Vo(1) VI V₁ = 4v 1012 1052 -AMM- JV₂CH) VOC, V₁ = V₁²+) ( 10+10) V₁ = VSCH 10.52 • Voc = √5 (6) -4 } Voc 40 + diode conducting VsL+)-420 +Vs (8) < 8V (diode conducting) V₁=5sm (2000) Vs (0) >8 -10 D Voc =√₁-4 V₁ = USC6) (10 410) V₁= Vs (6) 8 tr /29 +(ms) Chapter 9, Problem 25. Repeat Problem 9.24, using the offset diode model with Vy=0.6 V. -6V 4V= 1012 COSMOS: Complete Online Solutions Manual Organization System Doesn't go below 4 -4V +(ms)
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