A Novel Analysis of Two-Port Networks in the System of Conjugately Characteristic-Impedance Transmission Lines (CCITLs)
Rardchawadee Silapunt, Danai Torrungrueng
Abstract
Rardchawadee Silapunt, Danai Torrungrueng
Abstract
In this paper, two-port networks integrated with the conjugately characteristic-impedance transmission lines (CCITLs) have been analyzed. Traveling wave terms have been normalized using the real part of 1/Z/sub 0//sup /spl plusmn// where Z/sub 0//sup /spl plusmn// are the characteristic impedances of the line. The analytical expressions of powers and power gains exhibit similar patterns to those derived in a system of the standard reciprocal transmission line of the characteristic impedance Z/sub 1/. These analytical results are also consistent with those obtained in a Z/sub 1/ system.
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In this paper, two-port networks integrated with the conjugately characteristic-impedance transmission lines (CCITLs) have been analyzed. Traveling wave terms have been normalized using the real part of 1/Z/sub 0//sup /spl plusmn// where Z/sub 0//sup /spl plusmn// are the characteristic impedances of the line. The analytical expressions of powers and power gains exhibit similar patterns to those derived in a system of the standard reciprocal transmission line of the characteristic impedance Z/sub 1/. These analytical results are also consistent with those obtained in a Z/sub 1/ system.
Key concepts: Electrical impedance, Electric power transmission, Characteristic impedance, Reciprocal, Transmission line, Quarter-wave impedance transformer, Image impedance, Port (circuit theory)