= -0.75V,2. For the ECL circuit shown, Vcc=0V, VEE = -5.2V, VBE(on) = 0.75V, and Voand VBVOL.2.5mA when VAVOL= -1.65. If IE= VOHR=1.575kQ2, R₁ = 5250, R₂ = 4500. Determine the average power dissipation of the-V ccVAво-Q3 AO- Q₁ 2₂IE & RER42K1224OX25-OY|R₁=2K³2-VEE

For the ECL circuit is shown in the given question.If when ,. To determine the average power…

BE(co) 2. For the ECL circuit shown, Vcc V, V. . EE 5.2V, V, VOL -1.65. If In 2.5mA when VA = VOH and V₂ = VOL, B R, =1.575k2, R =5252, R, =4502. Determine the average power dissipation of the BO- = 25 ਨ 23 A © 2 24 R4 IE & RE KL DX -Vcc OY R₁=2K2 -VEE 0.75V, and VOH 0.757, =

BE(co) 2. For the ECL circuit shown, Vcc V, V. . EE 5.2V, V, VOL -1.65. If In 2.5mA when VA = VOH and V₂ = VOL, B R, =1.575k2, R =5252, R, =4502. Determine the average power dissipation of the BO- = 25 ਨ 23 A © 2 24 R4 IE & RE KL DX -Vcc OY R₁=2K2 -VEE 0.75V, and VOH 0.757, =

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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Question

= -0.75V,
2. For the ECL circuit shown, Vcc=0V, VEE = -5.2V, VBE(on) = 0.75V, and Vo
and VB
VOL.
2.5mA when VA
VOL= -1.65. If IE
= V
OH
R=1.575kQ2, R₁ = 5250, R₂ = 4500. Determine the average power dissipation of the
-V cc
VA
во-
Q3 AO- Q₁ 2₂
IE & RE
R4
2K12
24
OX
25
-OY
|R₁=2K³2
-VEE

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