1.12 (a) Show that the circuit of Fig. P1.12 gives vo = v, for |v, < R,I, Vo = R,I; for v, > R,Is, -R,I, for v, < -R,Is. and vo 1 kN and v, is a 1-kHz sine (b) Assuming R, wave with peak values of ±5 V, sketch and label v, and v, versus time for the following cases: I, = 5 mA, I, = 2.5 mA, and I, = 0 mA. (c) Can you suggest possible applications for this circuit?
1.12 (a) Show that the circuit of Fig. P1.12 gives vo = v, for |v, < R,I, Vo = R,I; for v, > R,Is, -R,I, for v, < -R,Is. and vo 1 kN and v, is a 1-kHz sine (b) Assuming R, wave with peak values of ±5 V, sketch and label v, and v, versus time for the following cases: I, = 5 mA, I, = 2.5 mA, and I, = 0 mA. (c) Can you suggest possible applications for this circuit?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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1.12

Transcribed Image Text:1.12 (a) Show that the circuit of Fig. P1.12 gives
= v, for |v, < RI, Vo = R,I, for v, > R,Is,
and v, = -R,I, for v, < -R,Is.
(b) Assuming R,
wave with peak values of ±5 V, sketch and
label v,
Vo
V
|
1 kN and v, is a 1-kHz sine
and v, versus time for the following
cases: I, = 5 mA, I, = 2.5 mA, and I, = 0 mA.
(c) Can you suggest possible applications for this
circuit?
Hint: exploit the fact that circuit's behavior for
v,< 0 is symmetric of that for v, > 0.

Transcribed Image Text:Is
Z D1
D2 7
vo
V D3
DA
RL
VI
Is
FIGURE P1.12
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