Q5. [CO1] In fig, given below the input s (t) = m (t), and the amplitude A>> | s (t) |. The twodiodes are identical with resistance r ohms in the conducting mode and infinite resistance in thecut-off mode. Show that output e (t) is given bye(t) =2Rw(t)m(t)r+Rwhere w (t) is switching period sign with period 2n/Wc seconds.a. Hence, show that this circuit can be used as DSB-SC modulator.b. How this circuit can be used as a synchronous demodulator for DSB-SC signal.slope = 1/rs (t)RA coswtids(t)e (t)vds (t)Rw (t)t.t2π-π/2 π2-2n

Answered: Image /qna-images/answer/64db48fb-354a-481f-873e-5aed67a5d1cf.jpg

Q5. [CO1] In fig, given below the input s (t) = m (t), and the amplitude A>> | s (t) | . The two diodes are identical with resistance r ohms in the conducting mode and infinite resistance in the cut-off mode. Show that output e (t) is given by 2R w(t)m(t) r+R e(t) = where w (t) is switching period sign with period 2r/Wc seconds. a. Hence, show that this circuit can be used as DSB-SC modulator. b. How this circuit can be used as a synchronous demodulator for DSB-SC signal.

Q5. [CO1] In fig, given below the input s (t) = m (t), and the amplitude A>> | s (t) | . The two diodes are identical with resistance r ohms in the conducting mode and infinite resistance in the cut-off mode. Show that output e (t) is given by 2R w(t)m(t) r+R e(t) = where w (t) is switching period sign with period 2r/Wc seconds. a. Hence, show that this circuit can be used as DSB-SC modulator. b. How this circuit can be used as a synchronous demodulator for DSB-SC signal.

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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