IEEE Transactions on Circuit Theory · 1967 · 20 citations · 10 references
EngineeringElectrical EngineeringCircuit TheoryComputational ElectromagneticsPropagationImpedance MatchingIntegral Equation FormulationsIntegral EquationsTransmission LinesCharacteristic ImpedanceLinear Integral EquationsLossless Transmission LinesLossy Transmission LinesMatched Load ConditionsNonuniform Transmission LinesTransmission Line DesignTransmission Line Theory
The class of lossless, nonuniform transmission lines having an absolutely continuous characteristic impedance is considered. It is shown that an integral representation for the solution of such a line is possible when the line is terminated in a matched load. The principal contribution of this paper is the derivation of a linear integral equation in the kernel function of this representation. It is shown that the solution to this integral equation constitutes a unique solution to the synthesis problem for lines of the class considered. Necessary and sufficient conditions for realizability are also given.
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Theory of ordinary differential equations
H.L. Platzer · Journal of the Franklin Institute · 1956 · 5.7K citations
A Transmission Line Taper of Improved Design
R. W. Klopfenstein · Proceedings of the IRE · 1956 · 465 citations
Elements of Functional Analysis.
Robert G. Bartle, L. A. Lusternik, V. J. Sobolev et al. · American Mathematical Monthly · 1962 · 346 citations