Fundamental mode waveguide at submillimetre wavelengths

Details Fundamental mode waveguide at submillimetre wavelengths Fundamental mode waveguide at submillimetre wavelengths

Jun 1983

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1983ell....19..440g&link_type=abstract

Electronics Letters (ISSN 0013-5194), vol. 19, June 9, 1983, p. 440, 441.

Computer Science

1

Microwave Attenuation, Propagation Modes, Submillimeter Waves, Transmission Loss, Waveguides, Bolometers, Electroforming, Indium Antimonides, Production Engineering, Standing Wave Ratios

Scientific paper

Experiments with a TE(10) waveguide at 460 GHz using a simple cross-guide multiplier and a Golay cell are described. It is found that whereas electroforming production techniques yield components with high attenuation, unconventional methods give acceptable losses. The experiments with the horns reveal that electroforming techniques may not be appropriate at these frequencies. The multiplier and Golay cell give sufficient sensitivity for basic waveguide measurements to be made. The experiments described here were carried out during the development of an InSb bolometer mixer for the frequency range 450-500 GHz.

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