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The diagram below represents the first two stages of a typical AM receiver. the power gains are Ap1=8 Ap2=0.54 . The input power is Pin =0.34mW 1) Find the overall gain as ratio AT and AT( dB) 2) Find the outputs P, and Pout (unit is mW) 3) Express P1 and Pout in dBm P1 amplifier Ap1 Pin Mixer out Ap2

The diagram below represents the first two stages of a typical AM receiver. the power gains are Ap1=8 Ap2=0.54 . The input power is Pin =0.34mW 1) Find the overall gain as ratio AT and AT( dB) 2) Find the outputs P, and Pout (unit is mW) 3) Express P1 and Pout in dBm P1 amplifier Ap1 Pin Mixer out Ap2

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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The diagram below represents the first two stages of a typical AM receiver. the power gains are Ap1=80, Ap2=0.54 . The input power is Pin =0.34mW 1) Find the overall gain as ratio AȚ and AT( dB) 2) Find the outputs P, and Pout (unit is mW) 3) Express P1 and Pout in dBm P1 Pout amplifier Ap1 Pin Mixer Ap2
Transcribed Image Text:The diagram below represents the first two stages of a typical AM receiver. the power gains are Ap1=80, Ap2=0.54 . The input power is Pin =0.34mW 1) Find the overall gain as ratio AȚ and AT( dB) 2) Find the outputs P, and Pout (unit is mW) 3) Express P1 and Pout in dBm P1 Pout amplifier Ap1 Pin Mixer Ap2
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