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Figure 4 shows the circuit diagram for a single stage NMOS amplifier realized with the transistor M1. Q4 VDD Rp Vout M1 Vin Cp CG RL R2 CG Rs Cs

Figure 4 shows the circuit diagram for a single stage NMOS amplifier realized with the transistor M1. Q4 VDD Rp Vout M1 Vin Cp CG RL R2 CG Rs Cs

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Figure 4 shows the circuit diagram for a single stage NMOS amplifier realized with the transistor M1. Q4 VDD R1 Rp V out M1 Vin CG RL R2 CG Rs Cs Vss = 0 V Figure 4 (a) What kind of amplifier is M1 part of? Justify your description. Draw the small signal equivalent model of circuit in Figure 4 and, by using the Miller Theorem and the open-circuit time-constant method, design the amplifier to operate with a lower frequency pole fpi = 100 MHz, given that the output impedance of the signal generator is Ro = 50 Ohm, the mid-band frequency range of the amplifier is Gv = 10 and the gate to source and gate to drain capacitors are Cgd = Cgs = 4 pF, respectively. For your design you are given that if R2 / R1 < 3 then M1 is off. State any assumption and justify your choices. (b)
Transcribed Image Text:Figure 4 shows the circuit diagram for a single stage NMOS amplifier realized with the transistor M1. Q4 VDD R1 Rp V out M1 Vin CG RL R2 CG Rs Cs Vss = 0 V Figure 4 (a) What kind of amplifier is M1 part of? Justify your description. Draw the small signal equivalent model of circuit in Figure 4 and, by using the Miller Theorem and the open-circuit time-constant method, design the amplifier to operate with a lower frequency pole fpi = 100 MHz, given that the output impedance of the signal generator is Ro = 50 Ohm, the mid-band frequency range of the amplifier is Gv = 10 and the gate to source and gate to drain capacitors are Cgd = Cgs = 4 pF, respectively. For your design you are given that if R2 / R1 < 3 then M1 is off. State any assumption and justify your choices. (b)
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