Abstract
New possibilities of creating a wideband parallel multifrequency synthesizer with a high spectral efficiency are investigated. The synthesizer is based on a dispersive filter using surface acoustic waves (SAWs). Discrete spectrally distinguishable frequencies are synthesized with the help of derived theoretical relationships. SAW-based synthesizer characteristics (bandwidths, the number of carrier frequencies generated, frequency pulse durations, and efficiency parameters) have been analyzed.
Published Version
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