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ACTIVE AND NONRECIPROCAL
SOME BASIC PROPERTIES OF
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active network Active RC admittance matrix amplifier capacitance characteristic choose chosen circuit of Fig Circuit Theory class of networks coefficients controlled source current source current-inversion device diagonal driving-point impedance Electronic elements Equation factor gain given Hence Hermitian forms Hermitian matrix Horowitz decomposition ideal transformers immittance function impedance functions impedance matrix input insertion gain lossless maximally flat maximum method n-port natural frequencies Negative Impedance Converters negative resistors negative-real axis negative-real zeros negative-resistance network containing network of Fig network synthesis nonnegative nonreciprocal number of negative obtained ohms one-port open-circuit parameters passive network port positive rational function RC admittance RC impedance RC network RC two-ports reciprocal residue matrix resistance right-half-plane satisfied scattering matrix short-circuit shown in Fig skew-symmetric stable symmetric synthesis procedure terminated three-terminal tion transfer function transfer impedance transistor transmission zeros tunnel diode Two-port realizing voltage source zero section zeros of Q(s