1964IEEE Transactions on Military ElectronicsRequires access

Radio Astronomy Receivers

M. Tiuri

Open publisher page 171 citations

Abstract

A general survey of the principles of radio astronomy receivers is presented. System noise temperature, the sensitivity of different receiver types, and the calibration of receivers are studied. A total-power receiver is analyzed as a basic radio telescope receiver and. the results are used to obtain the performance of other receiver types such as the Dicke receiver, Graham's receiver, correlation receiver, and phase-switching receiver.

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What this paper is about

A general survey of the principles of radio astronomy receivers is presented. System noise temperature, the sensitivity of different receiver types, and the calibration of receivers are studied. A total-power receiver is analyzed as a basic radio telescope receiver and. the results are used to obtain the performance of other receiver types such as the Dicke receiver, Graham's receiver, correlation receiver, and phase-switching receiver.

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OpenAlex reports 171 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A general survey of the principles of radio astronomy receivers is presented. System noise temperature, the sensitivity of different receiver types, and the calibration of receivers are studied. A total-power receiver is analyzed as a basic radio telescope receiver and. the results are used to obtain the performance of other receiver types such as the Dicke receiver, Graham's receiver, correlation receiver, and phase-switching receiver.

Key concepts: Radio receiver design, Radio astronomy, Sensitivity (control systems), Radio telescope, Physics, Calibration, Noise (video), Computer science

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