DocumentCode
1216238
Title
Radio-Relay Communication Systems in the United States Army
Author
Marks, William S., Jr. ; Perkins, Oliver D. ; Clark, Willard R.
Author_Institution
Signal Corps Ground Signal Agency, Bradley Beach, N.J.
Volume
33
Issue
8
fYear
1945
Firstpage
502
Lastpage
522
Abstract
This paper describes the use of frequency-modulated, very-high-frequency radio sets in place of wire lines in Army tactical communication circuits. During the early phases of the war and pending development and production of equipment designed to meet requirements, standard police-type frequency-modulation sets were adapted for use. These were used with great success during the Tunisian, Sicilian, and Italian campaigns. Principally they provided simplex teletype circuits from higher headquarters to lower units. By the use of radio-repeater or relay stations these circuits were extended several hundred miles. Representative circuits are shown illustrative of employment, distances covered, and antenna elevations. A broad-band frequency-modulated very-high-frequency set designated AN/TRC-1 was developed for use in conjunction with voice-frequency-carrier equipment CF-1 and CF-2 to provide multichannel voice and teletype circuits over a single radio frequency. This has met with great success and was a most important communication factor in the Normandy invasion and battle of France. It marks the first real marriage of wire and radio communications in the Army and provides an integrated communication system. The advantages of a radio system over conventional wire lines under certain conditions are pointed out, such as a saving in men and material, establishment and maintenance of communications in a fast-moving situation, use over water, enemy territory, and rugged or mountainous terrain. Expanding and wider application of the principle is indicated.
Keywords
Airplanes; Frequency; Military communication; Production; RF signals; Radio communication; Radiofrequency integrated circuits; Teleprinting; Weapons; Wire;
fLanguage
English
Journal_Title
Proceedings of the IRE
Publisher
ieee
ISSN
0096-8390
Type
jour
DOI
10.1109/JRPROC.1945.230508
Filename
1696905
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