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(e) Draw the combined small-signal equivalent circuit suitable for mid band frequency range analysis. There is no capacitor in parallel with Rs2. State any assumption. (f) Determine the numerical values for: (i) Voltage gain of the entire amplifier. (ii) Output resistance of the entire amplifier.

(e) Draw the combined small-signal equivalent circuit suitable for mid band frequency range analysis. There is no capacitor in parallel with Rs2. State any assumption. (f) Determine the numerical values for: (i) Voltage gain of the entire amplifier. (ii) Output resistance of the entire amplifier.

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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Draw the combined small-signal equivalent circuit suitable for mid band frequency range analysis. There is no capacitor in parallel with Rs2. State any assumption. (e) (f) Determine the numerical values for: (i) Voltage gain of the entire amplifier. (ii) Output resistance of the entire amplifier. V DD DD =2V Rp2 R, = 4KN R1 Rpi R2= 4KN RpL=4KO Rp2 = 4KQ Rsi =4KQ M2 Cp2 Vin HH Co Rsi Rs2 R$2 6ΚΩ R2 Vss = 0 V Figure 5
Transcribed Image Text:Draw the combined small-signal equivalent circuit suitable for mid band frequency range analysis. There is no capacitor in parallel with Rs2. State any assumption. (e) (f) Determine the numerical values for: (i) Voltage gain of the entire amplifier. (ii) Output resistance of the entire amplifier. V DD DD =2V Rp2 R, = 4KN R1 Rpi R2= 4KN RpL=4KO Rp2 = 4KQ Rsi =4KQ M2 Cp2 Vin HH Co Rsi Rs2 R$2 6ΚΩ R2 Vss = 0 V Figure 5
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