Title :
Reperforator-teletypewriter TT-195()/FG
Author_Institution :
Smith-Corona Marchant Inc., Highland Park, Ill.
Abstract :
Efficient and extremely rapid mechanical energy transfer by means of a design philosophy based on elastic impact of metallic parts made possible the fulfillment of the end function required of a high-speed teletypewriter. Solid-state electronic components enabling data translations and control functions to be performed economically and reliably within minimum space and power limits has proved the final key to practic equipments whose performance far exceeds that of the current standards. The device described in this paper demonstrates the magnitude with which performance might be extended by the marriage of solid-state data-handling techniques with unique mechanical design.
Keywords :
Feeds; Interference; Patents; Printing; Reliability; Shafts; Wheels;
Journal_Title :
American Institute of Electrical Engineers, Part I: Communication and Electronics, Transactions of the
DOI :
10.1109/TCE.1959.6372831