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The pMOSFET has e) V₁=-IV, AC CIN R₁ 'k' W=0.5mA/V²,V₁0⁰ "L R₁ 1.6 M V R₂ 820k DD = 10V Rs 2K W f) Overall voltage gain_G₁=1 / RD 1K R. R₁ 1K + a) small signal parameters gro b) Draw the small signal circuit for the amplifier c) Input resistance Rin d) Output Resistance Rout Voltage gain Ay= Vo BAZAART

The pMOSFET has e) V₁=-IV, AC CIN R₁ 'k' W=0.5mA/V²,V₁0⁰ "L R₁ 1.6 M V R₂ 820k DD = 10V Rs 2K W f) Overall voltage gain_G₁=1 / RD 1K R. R₁ 1K + a) small signal parameters gro b) Draw the small signal circuit for the amplifier c) Input resistance Rin d) Output Resistance Rout Voltage gain Ay= Vo BAZAART

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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3 cont) please solve last three sub parts with given info:
a) b) c) d) The pMOSFET has V₁=-IV, AC CIN R₁ W=0.5mA/V²,V₁0⁰ "L R₁ 1.6 M V R₂ 820k DD=10V Rs 2K f) Overall voltage gain Gy AW RD 1K R. R₁ 1K + Vo small signal parameters gro Draw the small signal circuit for the amplifier Input resistance Rin Output Resistance Rout Voltage gain Ay= BAZAART
Transcribed Image Text:a) b) c) d) The pMOSFET has V₁=-IV, AC CIN R₁ W=0.5mA/V²,V₁0⁰ "L R₁ 1.6 M V R₂ 820k DD=10V Rs 2K f) Overall voltage gain Gy AW RD 1K R. R₁ 1K + Vo small signal parameters gro Draw the small signal circuit for the amplifier Input resistance Rin Output Resistance Rout Voltage gain Ay= BAZAART
9, Va= 5*3=3V V = <ID = = (y₁ - VT) To V₂ = 0.5 (3-2-1) 2 ID = 4 (1- ID). XID = Ipa I0²41 -2.5 1₂ = 0 ID gm = J- 1. = = 210 X(56+1-15) 2.5+ √6.15-y 0.5m 2 √ ₂ kn ID √2x 1x 0.5 V ID H. = 6 cd. Small signal equivalent Capacitors -AS VADO. -> short cut 120 HI 2k Jer Rin = (IK) + (24~ 1134~) (1 km) + (2X3) (len) + 1.241 (1200+1) Rin = 1·2014~: BAZAART
Transcribed Image Text:9, Va= 5*3=3V V = <ID = = (y₁ - VT) To V₂ = 0.5 (3-2-1) 2 ID = 4 (1- ID). XID = Ipa I0²41 -2.5 1₂ = 0 ID gm = J- 1. = = 210 X(56+1-15) 2.5+ √6.15-y 0.5m 2 √ ₂ kn ID √2x 1x 0.5 V ID H. = 6 cd. Small signal equivalent Capacitors -AS VADO. -> short cut 120 HI 2k Jer Rin = (IK) + (24~ 1134~) (1 km) + (2X3) (len) + 1.241 (1200+1) Rin = 1·2014~: BAZAART
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