Microwave Journal, February 1st, 1997
Essentially, the bisection theorem implies that all network parameters may be derived from [Z.sub.e] and [Z.sub.o].
If a circuit has two ports and is symmetrical about a central plane, the bisection theorem may be used to calculate [S.sub.22] = [S.sub.11] and [S.sub.21] = [S.sub.12]. The circuit must also be passive and reciprocal as are many lumped and distributed networks. This article applies the bisection theorem to determine both the lumped elements of a power divider and the optimum transmission line spacing for the series-connected PIN diodes in an SPST switch. This technique allows ...
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