Suppose the waveforms iare those of an ECL gate with VL = −2.6 V andVH = −0.6 V, and t1 = 100 ns, t2 = 105 ns, t3 = 150 ns, and t4 = 153 ns. What are the valuesof V10%, V90%, V50%, tr , and tf ? Vụ90%Vy + V.50% -10%FV.V1o% = V1 +0.1 AVVos = Vi +0.9 AV = VH – 0.1 AVAV = Vµ – V.%3D(a)TPHL.FPLEVH90%50% -10%VLFigure 6.5 Switching waveforms for an idealized inverter:(a) input voltage signal, (b) output voltage waveform.1.(b)

The ∆V is the difference between VH and VL: Thus, the value of V90% and V10% are respectively:

Answered: Vụ 90% Vy + V. 50% - 10%F V. V1o% = V1…

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

Suppose the waveforms iare those of an E_CL gate with V_L = −2.6 V and
V_H = −0.6 V, and t₁ = 100 ns, t₂ = 105 ns, t₃ = 150 ns, and t₄ = 153 ns. What are the values
of V_10%, V_90%, V_50%, t_r , and t_f ?

Vụ
90%
Vy + V.
50% -
10%F
V.
V1o% = V1 +0.1 AV
Vos = Vi +0.9 AV = VH – 0.1 AV
AV = Vµ – V.
%3D
(a)
TPHL.
FPLE
VH
90%
50% -
10%
VL
Figure 6.5 Switching waveforms for an idealized inverter:
(a) input voltage signal, (b) output voltage waveform.
1.
(b)

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