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9- The diagram below represents the first three stages of a typical AM or FM receiver. Find the following quantitics. Paut AP3 Pin na مسقبل reciver P3 7attenuator P-1 pW RF Amplifier A 100 Mixer -17 IX10 IF Amplifier Apy=10,000 Ap 0.2 P %3D pico watts -12 ut a) Arand Ar dB. b) Ap1,aB, Ap2,dB and Ap2,dB- c) P1, Pzand Pour. d) Pin,dem, PaBm, P2,aBm Pw = 1XI0 w onvertion to Bm and Pout,dBm g Q:

9- The diagram below represents the first three stages of a typical AM or FM receiver. Find the following quantitics. Paut AP3 Pin na مسقبل reciver P3 7attenuator P-1 pW RF Amplifier A 100 Mixer -17 IX10 IF Amplifier Apy=10,000 Ap 0.2 P %3D pico watts -12 ut a) Arand Ar dB. b) Ap1,aB, Ap2,dB and Ap2,dB- c) P1, Pzand Pour. d) Pin,dem, PaBm, P2,aBm Pw = 1XI0 w onvertion to Bm and Pout,dBm g Q:

Introductory Circuit Analysis (13th Edition)
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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Shift log ( 25 25 10 log Pin (2) PinmW= 10" -1000 Dinmw = 316.22 9- The diagram below represents the first three stages of a typical AM or FM receiver. Find the following quantities. antenna aerial Pout A Pz Pin مسقبل reciver 7attenuator P3 ) P,=1 pW REAmplifier Ar=100 Mixer IF Amplifier Pnt Ap=10,000 -17 Apz=0.2 %3D Pout AT= pico watts -12 a) Arand AT dB-. Pin b) Ap1,aB, Ap2,dB and Ap2,dB- c) Pz, Pzand Pout. d) Pin,dBm, P1aBm, P2,aBm and Pout,dBm Pw = 1XI0 w %3D Pout =ATx Pin gconvertion to Bm Q: a) total gain ) )P,= Pin X Ap Ĉ Ap, (Cas cade System P= Ipwx 100
Transcribed Image Text:Shift log ( 25 25 10 log Pin (2) PinmW= 10" -1000 Dinmw = 316.22 9- The diagram below represents the first three stages of a typical AM or FM receiver. Find the following quantities. antenna aerial Pout A Pz Pin مسقبل reciver 7attenuator P3 ) P,=1 pW REAmplifier Ar=100 Mixer IF Amplifier Pnt Ap=10,000 -17 Apz=0.2 %3D Pout AT= pico watts -12 a) Arand AT dB-. Pin b) Ap1,aB, Ap2,dB and Ap2,dB- c) Pz, Pzand Pout. d) Pin,dBm, P1aBm, P2,aBm and Pout,dBm Pw = 1XI0 w %3D Pout =ATx Pin gconvertion to Bm Q: a) total gain ) )P,= Pin X Ap Ĉ Ap, (Cas cade System P= Ipwx 100
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