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H.W 3-1: For the part of receiver shown below, if the input signal bandwidth is 4 MHz, find: 1- The overall noise figure 2- Equivalent noise temperature 3- Noise power at point D. Ans: 1.016 Ans: 4.65 °k Ans: 2.5668* 10-16 watt 11

H.W 3-1: For the part of receiver shown below, if the input signal bandwidth is 4 MHz, find: 1- The overall noise figure 2- Equivalent noise temperature 3- Noise power at point D. Ans: 1.016 Ans: 4.65 °k Ans: 2.5668* 10-16 watt 11

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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H.W 3-1: For the part of receiver shown below, if the input signal bandwidth is 4 MHz, find: 1- The overall noise figure 2- Equivalent noise temperature 3- Noise power at point D. Ans: 1.016 Ans: 4.65 °k Ans: 2.5668* 10-16 watt 11 Resistance of R Antenna at T. A B D Amp 1 Amp 2 Amp 3 G =20 dB F =5 dB G, =30 dB G. =60 dB Te -4 k F =10 dB H.W 3-2: Develop an expression for equivalent noise temperature, in term of noise temperature of each amplifier in H.W 3.1.
Transcribed Image Text:H.W 3-1: For the part of receiver shown below, if the input signal bandwidth is 4 MHz, find: 1- The overall noise figure 2- Equivalent noise temperature 3- Noise power at point D. Ans: 1.016 Ans: 4.65 °k Ans: 2.5668* 10-16 watt 11 Resistance of R Antenna at T. A B D Amp 1 Amp 2 Amp 3 G =20 dB F =5 dB G, =30 dB G. =60 dB Te -4 k F =10 dB H.W 3-2: Develop an expression for equivalent noise temperature, in term of noise temperature of each amplifier in H.W 3.1.
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