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Consider the CS stage shown in Fig. 7.67, where I₁ defines the bias current of M₁ and C₁ is very large. (a) If λ = 0 and I₁ = 1 mA, what is the max- imum allowable value of Rp for M, to remain in saturation? (b) With the value found in (a), determine W/L to obtain a voltage gain of 5.

Consider the CS stage shown in Fig. 7.67, where I₁ defines the bias current of M₁ and C₁ is very large. (a) If λ = 0 and I₁ = 1 mA, what is the max- imum allowable value of Rp for M, to remain in saturation? (b) With the value found in (a), determine W/L to obtain a voltage gain of 5.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Consider the CS stage shown in Fig. 7.67, where I defines the bias current of M₁ and C₁ is very large. (a) If λ = 0 and I₁ = 1 mA, what is the max- imum allowable value of Rp for M, to remain in saturation? (b) With the value found in (a), determine W/L to obtain a voltage gain of 5. VDD=1.8 V Vin R₁ C₁ tec ww 1₁ RD M₁ Vout C₁
Transcribed Image Text:Consider the CS stage shown in Fig. 7.67, where I defines the bias current of M₁ and C₁ is very large. (a) If λ = 0 and I₁ = 1 mA, what is the max- imum allowable value of Rp for M, to remain in saturation? (b) With the value found in (a), determine W/L to obtain a voltage gain of 5. VDD=1.8 V Vin R₁ C₁ tec ww 1₁ RD M₁ Vout C₁
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