QUESTION 3 (a) A simple MOSFET mulistage amplifier is shown in figure 3 below. The parameters are Ky =0.2 mAN?, VTN =2 V, and A-0.02 v for all transistors. Given that M and Mare matched, Mt and Ms are matched. Detamine the total voltage gain Ay of this 2-stage amplifier. (Hint: Gain for Common Source Amplifier is given as nos ) v*- 12 V Roz 4 k2 Rp-40 ka 40 ka 55 kn M3 M1 M2 R = M4 Ms v--12 V Figwe 3 (b) Refer to ONLY the gain stage of the multistage amplifier in Figure 3. What is the equivalent circuit of the MOSFET amplifer in BJT technology? Name the circuit and calculate its gain assuming that Icg in the BJT amplifier is equal to Spg in the MOSFET amplifier (Ica Ipa). Neglect base current in your calculation.
QUESTION 3 (a) A simple MOSFET mulistage amplifier is shown in figure 3 below. The parameters are Ky =0.2 mAN?, VTN =2 V, and A-0.02 v for all transistors. Given that M and Mare matched, Mt and Ms are matched. Detamine the total voltage gain Ay of this 2-stage amplifier. (Hint: Gain for Common Source Amplifier is given as nos ) v*- 12 V Roz 4 k2 Rp-40 ka 40 ka 55 kn M3 M1 M2 R = M4 Ms v--12 V Figwe 3 (b) Refer to ONLY the gain stage of the multistage amplifier in Figure 3. What is the equivalent circuit of the MOSFET amplifer in BJT technology? Name the circuit and calculate its gain assuming that Icg in the BJT amplifier is equal to Spg in the MOSFET amplifier (Ica Ipa). Neglect base current in your calculation.
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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