In figure, R3 = R₁ = 5.6k, and R₂ = 220k. a) If V₁ = 27mV and V2 = 0mV, what is V Vout? b) If V2 is changed to 43 mV, what is the new Vout? 13 R3 R₂ 12 งา R₁ 14=0 * Vou
In figure, R3 = R₁ = 5.6k, and R₂ = 220k. a) If V₁ = 27mV and V2 = 0mV, what is V Vout? b) If V2 is changed to 43 mV, what is the new Vout? 13 R3 R₂ 12 งา R₁ 14=0 * Vou
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![In figure, R3 = R₁ = 5.6k, and R₂ = 220kn.
220ΚΩ.
a) If V₁ = 27mV and V2 = 0mV, what is Vout
V1
b) If V2 is changed to 43 mV, what is the new
Vout?
V₁
R3
R₂
14=0
Vout](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F46224fa8-a681-4920-9003-66331f7bb870%2F20c12c4b-35e3-4121-9624-3549450b93a0%2F0o6zyqw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In figure, R3 = R₁ = 5.6k, and R₂ = 220kn.
220ΚΩ.
a) If V₁ = 27mV and V2 = 0mV, what is Vout
V1
b) If V2 is changed to 43 mV, what is the new
Vout?
V₁
R3
R₂
14=0
Vout
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