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ransmission line of length 0.6257. and characteristic impedance 50 is connected to an unknown load impedance Z₁. The input admittance is measured to be Yin = 0.004-j0.008 Q¹ Using the smith chart find: a) The normalized and the actual admittance. 2 b) The normalized and the actual load impedance. c) The load reflection coefficient. d) The voltage standing waye ratio (YSWR)

ransmission line of length 0.6257. and characteristic impedance 50 is connected to an unknown load impedance Z₁. The input admittance is measured to be Yin = 0.004-j0.008 Q¹ Using the smith chart find: a) The normalized and the actual admittance. 2 b) The normalized and the actual load impedance. c) The load reflection coefficient. d) The voltage standing waye ratio (YSWR)

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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Bransmission line of length 0.6257. and characteristic impedance 500 is connected to an unknown load impedance Z₁. The input admittance is measured to be Yin = 0.004-j0.008 Q¹ Using the smith chart find: a) The normalized and the actual admittance. b) The normalized and the actual load impedance. c) The load reflection coefficient. d) The voltage standing wave ratio (VSWR). R e) The distance, in terms of wavelength, of the first voltage maximum and minimum, with reference to the load.
Transcribed Image Text:Bransmission line of length 0.6257. and characteristic impedance 500 is connected to an unknown load impedance Z₁. The input admittance is measured to be Yin = 0.004-j0.008 Q¹ Using the smith chart find: a) The normalized and the actual admittance. b) The normalized and the actual load impedance. c) The load reflection coefficient. d) The voltage standing wave ratio (VSWR). R e) The distance, in terms of wavelength, of the first voltage maximum and minimum, with reference to the load.
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