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首页> 外文期刊>Electronic Computers, IEEE Transactions on >Tunnel Diode Digital Circuitry
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Tunnel Diode Digital Circuitry

机译：隧道二极管数字电路

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摘要

This paper is divided into two parts. In the first part, the basic tunnel diode logic circuits are discussed. These include the monostable and the bistable analog-threshold gates and the ``Goto-pair,'' which uses the principle of majority decision. These circuits are studied to determine the requirement on tunnel diodes and other component tolerances. Relations between the ``fan-in'' and the ``fan-out'' numbers and the component tolerances are derived. The results indicate that the ``Goto-pair'' is somewhat superior to the analog-threshold gates with respect to circuit reliability. In the second part, a tunnel diode flip-flop stage which has advantages with respect to speed, ease, of operation and component tolerances is described. Combination of these flip-flops in counter and shift-register configurations have been successfully operated. Several potential advantages over conventional transistor circuits are discussed.
机译：本文分为两部分。在第一部分中，讨论了基本的隧道二极管逻辑电路。这些包括单稳态和双稳态模拟阈值门以及使用多数决定原则的``Goto-pair''。对这些电路进行了研究，以确定对隧道二极管和其他组件公差的要求。得出``扇入''和``扇出''数字与零件公差之间的关系。结果表明，在电路可靠性方面，``Goto-pair''在某种程度上优于模拟阈值门。在第二部分中，描述了一种隧道二极管触发器级，该级在速度，操作简便性和组件公差方面均具有优势。这些触发器在计数器和移位寄存器配置中的组合已成功运行。讨论了优于常规晶体管电路的几个潜在优点。

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