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4. The amplifier shown below has voltage gain v v, equal to 150. Calculate a) The lower cutoff frequency. b) The frequency at which vi leads Vs by 50° Ans. 28.875 Hz (c) The voltage gain |v |/v, two octaves above cutoff. (Hint YLLELİİVLİ as in Example 9-5.) Ans. 72.761 Ans. 34.412 Hz 3.7 μF _가 625 2 625 Ω

4. The amplifier shown below has voltage gain v v, equal to 150. Calculate a) The lower cutoff frequency. b) The frequency at which vi leads Vs by 50° Ans. 28.875 Hz (c) The voltage gain |v |/v, two octaves above cutoff. (Hint YLLELİİVLİ as in Example 9-5.) Ans. 72.761 Ans. 34.412 Hz 3.7 μF _가 625 2 625 Ω

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
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I got parts a & b right. I just need a clarification how the author got the answer to part c 72.761

4. The amplifier shown below has voltage gain v v, equal to 150. Calculate a) The lower cutoff frequency. b) The frequency at which vi leads Vs by 50° Ans. 28.875 Hz (c) The voltage gain |v |/v, two octaves above cutoff. (Hint YLLELİİVLİ as in Example 9-5.) Ans. 72.761 Ans. 34.412 Hz 3.7 μF _가 625 2 625 Ω
Transcribed Image Text:4. The amplifier shown below has voltage gain v v, equal to 150. Calculate a) The lower cutoff frequency. b) The frequency at which vi leads Vs by 50° Ans. 28.875 Hz (c) The voltage gain |v |/v, two octaves above cutoff. (Hint YLLELİİVLİ as in Example 9-5.) Ans. 72.761 Ans. 34.412 Hz 3.7 μF _가 625 2 625 Ω
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