J. Bandler, S.H. Chen, S. Daijavad, Walter Kellermann, M. Renault, Q. Zhang
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Large Scale Minimax Optimization of Microwave Multiplexers
A new technique for contiguous-band multiplexer design involving an arbitrarily large number of channels and design parameters is described. The technique, based on network decomposition and sensitivity measures of practical microwave multiplexer structures, employs a sequence of relatively small optimization problems which correspond to growing a multiplexer by adding one or more channels at a time to the structure. The approach is illustrated by a 16-channel, 12 GHz multiplexer design involving 240 nonlinear design variables.
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