66 1.66 The circuit of Fig. P1.66 utilizes a pn diode op-erating in the small-signal mode to implement aCR high-pass filter with a -3-dB frequency that iscurrent controlled.C+ViIp-FIGURE P1.66(a) Draw the equivalent small-signal circuit, de-rive its transfer function H(jw), and show thatits –3 dB frequency is w, = Ip/(V,C).(b) If C = 33 nF, what is the value of w, at I, =0.1 mA?(c) Assuming v; = (5 mV) cos 10°t, find v, (am-plitude as well as phase) at I, = 0.2 mA. If the+ diode used is such at that at 700 mV it gives1 mA, what is the DC component of the output?(d) Repeat (c), but at I, = 50 µA.

"According to the Company's policy, we will solve the first three parts of the question". Given the…

(a) Draw the equivalent small-signal circuit, de- rive its transfer function H(jo), and show that its –3 dB frequency is w, = Ip/(V,C). (b) If C = 33 nF, what is the value of w, at I, = 0.1 mA? (c) Assuming v; = (5 mV) cos 10°t, find v, (am- plitude as well as phase) at I, = 0.2 mA. If the

(a) Draw the equivalent small-signal circuit, de- rive its transfer function H(jo), and show that its –3 dB frequency is w, = Ip/(V,C). (b) If C = 33 nF, what is the value of w, at I, = 0.1 mA? (c) Assuming v; = (5 mV) cos 10°t, find v, (am- plitude as well as phase) at I, = 0.2 mA. If the

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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