1979Electronics LettersRequires access

Baseband compatible s.a.w. processors

Gianfranco Manes, Carlo Atzeni

Open publisher page 5 citations

Abstract

A nonlinear acoustic tapped delay line is shown to be capable of providing signal processing at baseband data format via a classical amplitude-modulation/demodulation process; compatibility with baseband-operating analogue/digital arithmetic units is simply and directly achieved, thus resulting in a potentially attractive alternative to existing techniques for programmable transversal filtering implementation.

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What this paper is about

A nonlinear acoustic tapped delay line is shown to be capable of providing signal processing at baseband data format via a classical amplitude-modulation/demodulation process; compatibility with baseband-operating analogue/digital arithmetic units is simply and directly achieved, thus resulting in a potentially attractive alternative to existing techniques for programmable transversal filtering implementation.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A nonlinear acoustic tapped delay line is shown to be capable of providing signal processing at baseband data format via a classical amplitude-modulation/demodulation process; compatibility with baseband-operating analogue/digital arithmetic units is simply and directly achieved, thus resulting in a potentially attractive alternative to existing techniques for programmable transversal filtering implementation.

Key concepts: Baseband, Line code, Demodulation, Computer science, Electronic engineering, Signal processing, Digital signal processing, Compatibility (geochemistry)

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