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We show that a continuously nonuniform coupled line C-section phaser, as thelimiting case of the step discontinuous coupled-line multisection commensurateand non-commensurate phasers, provides enhanced bandwidth and diversity inreal-time analog signal processing (R-ASP). The phenomenology of the componentis explained in comparison with the step-discontinuous usingmultiple-reflection theory and a simple synthesis procedure is provided. Thebandwidth enhancement results from the suppression of spurious group delayharmonics or quasi-harmonics, while the diversity enhancement results from thegreater level of freedom provided by the continuous nature of the nonuniformprofile of the phaser. These statements are supported by theoretical andexperimental results.

Enhanced Bandwidth and Diversity in Real-Time Analog Signal Processing (R-ASP) using Nonuniform C-section Phasers