Accession Number : AD0801474
Title : A STUDY OF THE HALL-EFFECT MIXER FOR RECEIVER APPLICATIONS.
Descriptive Note : Interim technical rept. no. 3,
Corporate Author : AIRBORNE INSTRUMENTS LAB DEER PARK NY
Personal Author(s) : Kanischak, G. ; Amster, G. ; Becker, S.
Report Date : OCT 1966
Pagination or Media Count : 73
Abstract : This report describes an experimental and theoretical study of Hall-effect mixers for use in receiver applications above 10 MHz. Equations were derived for conversion loss, noise figure and intermodulation. It was shown that the performance of a Hall-effect mixer degrades as frequency increases because of dissipation limitations in the Hall element. Thus, above 10 MHz, the conversion loss and noise figure of the Hall-effect mixer are extremely poor when compared with crystal diode mixers. It was also shown that the spurious responses of a Hall-effect mixer are comparable to those in a crystal-diode mixer for equal conversion loss in both devices. These and other considerations lead to the following conclusions: (1) The Hall-effect mixer can be made competitive with conventional mixers only if a material can be developed which would provide efficient operation without the need for low-temperature operation. (2) A Hall-effect mixer using existing materials for the Hall plate should not be considered as a preferred circuit for receivers at frequencies above 10 MHz.
Descriptors : *HALL EFFECT), (*MIXERS(ELECTRONICS), (*SEMICONDUCTOR DEVICES, HALL EFFECT), RADIOFREQUENCY INTERFERENCE, RADIO RECEIVERS, RADAR RECEIVERS, EQUATIONS, ATTENUATION, DISTORTION, NOISE(RADIO), NOISE(RADAR), RESPONSE, INDIUM ALLOYS, ANTIMONY ALLOYS, SEMICONDUCTORS.
Subject Categories : Electrical and Electronic Equipment
Distribution Statement : APPROVED FOR PUBLIC RELEASE