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4. Consider the microwave network shown below, consisting of a 50 source, a 50 2, 3 dB matched attenuator, and a 50 load. Zs = 500 ли Attenuator 3 dB 50 Ω Z₁ = 50 N, 25 (a) Compute the power gain, the available power gain, and the transducer power gain. (b) How do these gains change if the load is changed to 25 ? (c) How do these gains change if the source impedance is changed to 25 ?

4. Consider the microwave network shown below, consisting of a 50 source, a 50 2, 3 dB matched attenuator, and a 50 load. Zs = 500 ли Attenuator 3 dB 50 Ω Z₁ = 50 N, 25 (a) Compute the power gain, the available power gain, and the transducer power gain. (b) How do these gains change if the load is changed to 25 ? (c) How do these gains change if the source impedance is changed to 25 ?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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4. Consider the microwave network shown below, consisting of a 50 source, a 50 2, 3 dB matched attenuator, and a 50 load. Zs = 500 ли Attenuator 3 dB 50 Ω Z₁ = 50 N, 25 (a) Compute the power gain, the available power gain, and the transducer power gain. (b) How do these gains change if the load is changed to 25 ? (c) How do these gains change if the source impedance is changed to 25 ?
Transcribed Image Text:4. Consider the microwave network shown below, consisting of a 50 source, a 50 2, 3 dB matched attenuator, and a 50 load. Zs = 500 ли Attenuator 3 dB 50 Ω Z₁ = 50 N, 25 (a) Compute the power gain, the available power gain, and the transducer power gain. (b) How do these gains change if the load is changed to 25 ? (c) How do these gains change if the source impedance is changed to 25 ?
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