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2- Transmission line 10m long has distributed parameters R = 52/m, L = 6µH/m, G= 10 mS/m, and C = 25 pF/m. If the line operates at 1 MHz, %3D Calculate the characteristic impedance A) The propagation constant y B) The phase velocity u. C) D) the end-to-end propagation time delay

2- Transmission line 10m long has distributed parameters R = 52/m, L = 6µH/m, G= 10 mS/m, and C = 25 pF/m. If the line operates at 1 MHz, %3D Calculate the characteristic impedance A) The propagation constant y B) The phase velocity u. C) D) the end-to-end propagation time delay

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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2- Transmission line 10m long has distributed parameters R = 52/m, L = 6µH/m, G= 10 mS/m, and C = 25 pF/m. If the line operates at 1 MHz, %3D Calculate the characteristic impedance A) The propagation constant y B) The phase velocity u. C) D) the end-to-end propagation time delay
Transcribed Image Text:2- Transmission line 10m long has distributed parameters R = 52/m, L = 6µH/m, G= 10 mS/m, and C = 25 pF/m. If the line operates at 1 MHz, %3D Calculate the characteristic impedance A) The propagation constant y B) The phase velocity u. C) D) the end-to-end propagation time delay
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