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Q3 For the given circuit, I₁ = I2 = 0,5 mA and RD-2,8kQ2. Current gain of Q3 transistor is ß= 80. VBE = 0,7 V, VA = 75 V and V₁ = 25 mV. M₁ and M₂ are identical MOSFETs where Kp = mp MpCox (W/L) = 5 mA/V² and VTP=-1 V. VSG = 1,316V.

Q3 For the given circuit, I₁ = I2 = 0,5 mA and RD-2,8kQ2. Current gain of Q3 transistor is ß= 80. VBE = 0,7 V, VA = 75 V and V₁ = 25 mV. M₁ and M₂ are identical MOSFETs where Kp = mp MpCox (W/L) = 5 mA/V² and VTP=-1 V. VSG = 1,316V.

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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Q3 For the given circuit, I₁ = I2 = 0,5 mA and RD-2,8kQ2. Current gain of Q3 transistor is ß = 80. VBE = 0,7 V, VA= 75 V and V₁ = 25 mV. M₁ and M₂ are identical MOSFETs where Kp = μp Cox (W/L) = 5 mA/V² and VTP= -1 V. VSG = 1,316V. Opump a) Draw mid-frequency small signal equivalent circuit indicating all components and nodes. (You should add output resistance of Q3 to equivalent circuit.) b) Derive the expression of voltage gain Vo/ (V1-V₂) and calculate its value. (You should include the value of output resistance of Q3 in your calculations.) PO- VIOI M₁ RD 1₁ TD₂Y M₂ ww Rp GI o V Dha
Transcribed Image Text:Q3 For the given circuit, I₁ = I2 = 0,5 mA and RD-2,8kQ2. Current gain of Q3 transistor is ß = 80. VBE = 0,7 V, VA= 75 V and V₁ = 25 mV. M₁ and M₂ are identical MOSFETs where Kp = μp Cox (W/L) = 5 mA/V² and VTP= -1 V. VSG = 1,316V. Opump a) Draw mid-frequency small signal equivalent circuit indicating all components and nodes. (You should add output resistance of Q3 to equivalent circuit.) b) Derive the expression of voltage gain Vo/ (V1-V₂) and calculate its value. (You should include the value of output resistance of Q3 in your calculations.) PO- VIOI M₁ RD 1₁ TD₂Y M₂ ww Rp GI o V Dha
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