DESIGN, FABRICATION AND INTEGRATION OF COMPONENTS FOR AN INTEGRATED OPTIC SPECTRUM ANALYZER.

M. K. Barnoski; B. Chen; H. M. Gerard; E. Marom; O. G. Ramer; W. R. Smith; G. L. Tangonan; R. D. Weglein

doi:10.1109/ultsym.1978.197007

DESIGN, FABRICATION AND INTEGRATION OF COMPONENTS FOR AN INTEGRATED OPTIC SPECTRUM ANALYZER.

M. K. Barnoski, B. Chen, H. M. Gerard, E. Marom, O. G. Ramer, W. R. Smith, G. L. Tangonan, R. D. Weglein

Engineering General

Research output: Contribution to journal › Conference article › peer-review

Abstract

A description is given of the integrated optic implementation of a Bragg spectrum analyzer which utilizes a surface-guided coherent optical wave and a surface acoustic wave. the Integrated Optic Spectrum Analyzer employs surface geodesic lenses for beam focusing, a surface acoustic wave input transducer, an optical surface waveguide, a solid state laser and a detector array coupled to the waveguide. Design principles are given to selecting component parameters such as optical beam diameter, detector cell size, lesns apertures and focal lengths, acoustic transducer design and input power level so as to obtain specific RF resolution, spurious level and signal to noise ratio. Design parameters are presented for a 400 to 800 MHz spectrum analyzer with a projected resolution of 4 MHz, and a 40 dB dynamic range.

Original language	English
Pages (from-to)	74-78
Number of pages	5
Journal	[No source information available]
DOIs	https://doi.org/10.1109/ultsym.1978.197007
State	Published - 1978
Event	Ultrason Symp Proc - Cherry Hill, NJ Duration: 25 Sep 1978 → 27 Sep 1978

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10.1109/ultsym.1978.197007

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title = "DESIGN, FABRICATION AND INTEGRATION OF COMPONENTS FOR AN INTEGRATED OPTIC SPECTRUM ANALYZER.",

abstract = "A description is given of the integrated optic implementation of a Bragg spectrum analyzer which utilizes a surface-guided coherent optical wave and a surface acoustic wave. the Integrated Optic Spectrum Analyzer employs surface geodesic lenses for beam focusing, a surface acoustic wave input transducer, an optical surface waveguide, a solid state laser and a detector array coupled to the waveguide. Design principles are given to selecting component parameters such as optical beam diameter, detector cell size, lesns apertures and focal lengths, acoustic transducer design and input power level so as to obtain specific RF resolution, spurious level and signal to noise ratio. Design parameters are presented for a 400 to 800 MHz spectrum analyzer with a projected resolution of 4 MHz, and a 40 dB dynamic range.",

author = "Barnoski, {M. K.} and B. Chen and Gerard, {H. M.} and E. Marom and Ramer, {O. G.} and Smith, {W. R.} and Tangonan, {G. L.} and Weglein, {R. D.}",

year = "1978",

doi = "10.1109/ultsym.1978.197007",

language = "אנגלית",

pages = "74--78",

journal = "[No source information available]",

issn = "0090-5607",

note = "null ; Conference date: 25-09-1978 Through 27-09-1978",

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TY - JOUR

T1 - DESIGN, FABRICATION AND INTEGRATION OF COMPONENTS FOR AN INTEGRATED OPTIC SPECTRUM ANALYZER.

AU - Barnoski, M. K.

AU - Chen, B.

AU - Gerard, H. M.

AU - Marom, E.

AU - Ramer, O. G.

AU - Smith, W. R.

AU - Tangonan, G. L.

AU - Weglein, R. D.

PY - 1978

Y1 - 1978

N2 - A description is given of the integrated optic implementation of a Bragg spectrum analyzer which utilizes a surface-guided coherent optical wave and a surface acoustic wave. the Integrated Optic Spectrum Analyzer employs surface geodesic lenses for beam focusing, a surface acoustic wave input transducer, an optical surface waveguide, a solid state laser and a detector array coupled to the waveguide. Design principles are given to selecting component parameters such as optical beam diameter, detector cell size, lesns apertures and focal lengths, acoustic transducer design and input power level so as to obtain specific RF resolution, spurious level and signal to noise ratio. Design parameters are presented for a 400 to 800 MHz spectrum analyzer with a projected resolution of 4 MHz, and a 40 dB dynamic range.

AB - A description is given of the integrated optic implementation of a Bragg spectrum analyzer which utilizes a surface-guided coherent optical wave and a surface acoustic wave. the Integrated Optic Spectrum Analyzer employs surface geodesic lenses for beam focusing, a surface acoustic wave input transducer, an optical surface waveguide, a solid state laser and a detector array coupled to the waveguide. Design principles are given to selecting component parameters such as optical beam diameter, detector cell size, lesns apertures and focal lengths, acoustic transducer design and input power level so as to obtain specific RF resolution, spurious level and signal to noise ratio. Design parameters are presented for a 400 to 800 MHz spectrum analyzer with a projected resolution of 4 MHz, and a 40 dB dynamic range.

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DESIGN, FABRICATION AND INTEGRATION OF COMPONENTS FOR AN INTEGRATED OPTIC SPECTRUM ANALYZER.

Abstract

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