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Q) A feedback circuit usually employs network (a) Capacitive O (b) Inductive O (c) Resistive O (d) None of the above O

Q) A feedback circuit usually employs network (a) Capacitive O (b) Inductive O (c) Resistive O (d) None of the above O

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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نقطة واحدة Q) A feedback circuit usually employs network ---- (a) Capacitive O (b) Inductive (c) Resistive (d) None of the above O ödalg äbäi Q) In the negative feedback, which * :statement is true (a) Af = A/(1+AB), where Af is the close %3D loop gain (b) Df = D/(1+AB), where Df is the distortion in the amplifier with negative %3D feedback (c) Nf = N/(1+AB), where Nf is the noise in the amplifier with negative feedback (d) All the above
Transcribed Image Text:نقطة واحدة Q) A feedback circuit usually employs network ---- (a) Capacitive O (b) Inductive (c) Resistive (d) None of the above O ödalg äbäi Q) In the negative feedback, which * :statement is true (a) Af = A/(1+AB), where Af is the close %3D loop gain (b) Df = D/(1+AB), where Df is the distortion in the amplifier with negative %3D feedback (c) Nf = N/(1+AB), where Nf is the noise in the amplifier with negative feedback (d) All the above
(2) libäi Q) Find the type of the feedback in * the given circuit Find the type of the feedback in the given circuit. Vcc RC Vo Cc (A) Voltage- series (B) Current - series (C) Current shunt (D) Voltage shunt (a) Voltage-Series (b) Current-Series (c) Current-Shunt (d) Voltage-Shunt
Transcribed Image Text:(2) libäi Q) Find the type of the feedback in * the given circuit Find the type of the feedback in the given circuit. Vcc RC Vo Cc (A) Voltage- series (B) Current - series (C) Current shunt (D) Voltage shunt (a) Voltage-Series (b) Current-Series (c) Current-Shunt (d) Voltage-Shunt
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