ANALOG SIGNAL PROCESSING USING SURFACE ACOUSTIC WAVES CONVOLVER.

H. Gilboa; A. Chalzel; H. Messer; Y. Barness

ANALOG SIGNAL PROCESSING USING SURFACE ACOUSTIC WAVES CONVOLVER.

H. Gilboa, A. Chalzel, H. Messer, Y. Barness

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Research output: Contribution to conference › Paper › peer-review

Abstract

The nonlinear interaction between surface acoustic waves and the mobile carriers of an adjacent semiconductor, generates an output voltage which is proportional to the convolution of the two input signals modulating the traveling waves. The SAW convolver has a variety of applications in communication systems as an adaptive matched filter, a real time Fourier transform processor and as a correlator. A description is given of the basic principle of the device and some experimental results.

Original language	English
State	Published - 1979
Event	Conv of Electr and Electron Eng in Isr, 11th, IEEE Proc - Tel-Aviv Duration: 23 Oct 1979 → 25 Oct 1979

Conference

Conference	Conv of Electr and Electron Eng in Isr, 11th, IEEE Proc
City	Tel-Aviv
Period	23/10/79 → 25/10/79

Cite this

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abstract = "The nonlinear interaction between surface acoustic waves and the mobile carriers of an adjacent semiconductor, generates an output voltage which is proportional to the convolution of the two input signals modulating the traveling waves. The SAW convolver has a variety of applications in communication systems as an adaptive matched filter, a real time Fourier transform processor and as a correlator. A description is given of the basic principle of the device and some experimental results.",

author = "H. Gilboa and A. Chalzel and H. Messer and Y. Barness",

year = "1979",

language = "אנגלית",

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T1 - ANALOG SIGNAL PROCESSING USING SURFACE ACOUSTIC WAVES CONVOLVER.

AU - Gilboa, H.

AU - Chalzel, A.

AU - Messer, H.

AU - Barness, Y.

PY - 1979

Y1 - 1979

N2 - The nonlinear interaction between surface acoustic waves and the mobile carriers of an adjacent semiconductor, generates an output voltage which is proportional to the convolution of the two input signals modulating the traveling waves. The SAW convolver has a variety of applications in communication systems as an adaptive matched filter, a real time Fourier transform processor and as a correlator. A description is given of the basic principle of the device and some experimental results.

AB - The nonlinear interaction between surface acoustic waves and the mobile carriers of an adjacent semiconductor, generates an output voltage which is proportional to the convolution of the two input signals modulating the traveling waves. The SAW convolver has a variety of applications in communication systems as an adaptive matched filter, a real time Fourier transform processor and as a correlator. A description is given of the basic principle of the device and some experimental results.

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T2 - Conv of Electr and Electron Eng in Isr, 11th, IEEE Proc

Y2 - 23 October 1979 through 25 October 1979

ER -

ANALOG SIGNAL PROCESSING USING SURFACE ACOUSTIC WAVES CONVOLVER.

Abstract

Conference

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