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Rf RI * Vo RL VI Figure I In the Figurel, let RI = 4kQ, Rf =12kN, and VI = 2V. The load resistance RL Ska is connected at the output. Calculate the following if the supply voltag range between +12 V to -12 V. i) Vo ii) Ac (Closed Loop gain) iii) The load current IL

Rf RI * Vo RL VI Figure I In the Figurel, let RI = 4kQ, Rf =12kN, and VI = 2V. The load resistance RL Ska is connected at the output. Calculate the following if the supply voltag range between +12 V to -12 V. i) Vo ii) Ac (Closed Loop gain) iii) The load current IL

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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Rf RI * Vo RL VI Figure I In the Figurel, let R1 = 4kN, Rf =12KQ, and V1 = 2V. The load resistance RL of Sk2 is connected at the output. Calculate the following if the supply voltages range between +12 V to -12 V. i) Vo ii) Acı (Closed Loop gain) iii) The load current I iv) The output current lo indicating proper direction of flow. v) The maximum value of the ratio of feedback resistance to resistance R1 possible for the circuit with the voltages as mentioned.
Transcribed Image Text:Rf RI * Vo RL VI Figure I In the Figurel, let R1 = 4kN, Rf =12KQ, and V1 = 2V. The load resistance RL of Sk2 is connected at the output. Calculate the following if the supply voltages range between +12 V to -12 V. i) Vo ii) Acı (Closed Loop gain) iii) The load current I iv) The output current lo indicating proper direction of flow. v) The maximum value of the ratio of feedback resistance to resistance R1 possible for the circuit with the voltages as mentioned.
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