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9.2 For the PMOS differential amplifier shown in Fig. P9.2 let V₁ = −0.8 V and k' W/L = 4 mA/V². Neglect tp channel-length modulation. +2.5 V UGI O UDI 4 kΩ 2₁ 0.5 mA -2.5 V US 2₂ -O VG2 DUD2 4kQ

9.2 For the PMOS differential amplifier shown in Fig. P9.2 let V₁ = −0.8 V and k' W/L = 4 mA/V². Neglect tp channel-length modulation. +2.5 V UGI O UDI 4 kΩ 2₁ 0.5 mA -2.5 V US 2₂ -O VG2 DUD2 4kQ

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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Solve for Vs if Vg1=vg2=0 S

9.2 For the PMOS differential amplifier shown in Fig. P9.2 let V₁ = −0.8 V and k' W/L = 4 mA/V². Neglect channel-length tp modulation. +2.5 V UGI O UDI 4 kΩ 2₁ 0.5 mA -2.5 V US 2₂ -O VG2 DUD2 4kQ
Transcribed Image Text:9.2 For the PMOS differential amplifier shown in Fig. P9.2 let V₁ = −0.8 V and k' W/L = 4 mA/V². Neglect channel-length tp modulation. +2.5 V UGI O UDI 4 kΩ 2₁ 0.5 mA -2.5 V US 2₂ -O VG2 DUD2 4kQ
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What will Vs be if Vg1 is 0.02V?

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