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(A) A citizen's band transmitter operating at 27 MHz with 4-W output is connected via 10m of RG-8A/U cable to an antenna that has an input resistance of 3002.(Take characteristic impedance to be 502) Determine: (i) The reflection coefficient (ii) The electrical length of the cable in wave-lengths (2.). (iii) The VSWR.

(A) A citizen's band transmitter operating at 27 MHz with 4-W output is connected via 10m of RG-8A/U cable to an antenna that has an input resistance of 3002.(Take characteristic impedance to be 502) Determine: (i) The reflection coefficient (ii) The electrical length of the cable in wave-lengths (2.). (iii) The VSWR.

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
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A citizens band transmitter operating at 27 Mhz with 4 W output is. connected via 10m of RG-8A/U cable to an antenna that has an input resistance 0f 300 ohms.

(A) A citizen's band transmitter operating at 27 MHz with 4-W output is connected via 10m of RG-8A/U cable to an antenna that has an input resistance of 3002.(Take characteristic impedance to be 502) Determine: (i) The reflection coefficient (ii) The electrical length of the cable in wave-lengths (2.). (iii) The VSWR. (iv) The amount of the transmitter's 4-W output absorbed by the antenna.
Transcribed Image Text:(A) A citizen's band transmitter operating at 27 MHz with 4-W output is connected via 10m of RG-8A/U cable to an antenna that has an input resistance of 3002.(Take characteristic impedance to be 502) Determine: (i) The reflection coefficient (ii) The electrical length of the cable in wave-lengths (2.). (iii) The VSWR. (iv) The amount of the transmitter's 4-W output absorbed by the antenna.
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