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Vss = 1.5 V, Vn = 0.6 V, Vp = -0.6 V, all channel 10 μΑ , find the For the circuit of Fig. 7.25, let VDD lengths = 1 um, k = 200 µA/V?, k, = 80 µA/V², and 1 = 0. For IREF widths of all transistors to obtain 1, = 60 µA, I, = 20 µA, and Is = 80 µA. It is further required that the voltage at the drain of Q, be allowed to go down to within 0.2 V of the negative supply and that the voltage at the drain of Qs be allowed to go up to within 0.2 V of the positive supply. %D Ans. W = 2.5 um; W, =15 µm; W3 = 5 µm; W4 = 12.5 µm; Ws = 50 µm

Vss = 1.5 V, Vn = 0.6 V, Vp = -0.6 V, all channel 10 μΑ , find the For the circuit of Fig. 7.25, let VDD lengths = 1 um, k = 200 µA/V?, k, = 80 µA/V², and 1 = 0. For IREF widths of all transistors to obtain 1, = 60 µA, I, = 20 µA, and Is = 80 µA. It is further required that the voltage at the drain of Q, be allowed to go down to within 0.2 V of the negative supply and that the voltage at the drain of Qs be allowed to go up to within 0.2 V of the positive supply. %D Ans. W = 2.5 um; W, =15 µm; W3 = 5 µm; W4 = 12.5 µm; Ws = 50 µm

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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EXERCISE D 7.16 For the circuit of Fig. 7.25, let VDD lengths = 1 µm, k, widths of all transistors to obtain I, = 60 µA, ; = 20 µA, and Is that the voltage at the drain of Q, be allowed to go down to within 0.2 V of the negative supply and that the voltage at the drain of Qs be allowed to go up to within 0.2 V of the positive supply. Vss = 1.5 V, V in = 0.6 V, V, = -0.6 V, all channel 0. For IREF = 10 µA, find the = 80 µA. It is further required %3D tp - 200 μΑ/ν, -80 μΑ/V, and λ %3D Ans. W = 2.5 µm; W, =15 µm; W3 = 5 µm; W4 = 12.5 µm; W; = 50 µm %3D
Transcribed Image Text:EXERCISE D 7.16 For the circuit of Fig. 7.25, let VDD lengths = 1 µm, k, widths of all transistors to obtain I, = 60 µA, ; = 20 µA, and Is that the voltage at the drain of Q, be allowed to go down to within 0.2 V of the negative supply and that the voltage at the drain of Qs be allowed to go up to within 0.2 V of the positive supply. Vss = 1.5 V, V in = 0.6 V, V, = -0.6 V, all channel 0. For IREF = 10 µA, find the = 80 µA. It is further required %3D tp - 200 μΑ/ν, -80 μΑ/V, and λ %3D Ans. W = 2.5 µm; W, =15 µm; W3 = 5 µm; W4 = 12.5 µm; W; = 50 µm %3D
+ V DD V SG5 Q4 Qs 15 I4 IREF R 12 I3 Q3 + V GSI - V s SS
Transcribed Image Text:+ V DD V SG5 Q4 Qs 15 I4 IREF R 12 I3 Q3 + V GSI - V s SS
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