The designed gates have simple configuration , they also have the advantages that quantum devices possess , so they can suit the requirement of vlsi 论文设计了基于rt量子器件的二值与非门与或非门,设计的门电路结构简单,并具有量子器件所具有的速度快、功耗低、集成度高等优点。
Because of the multiple - value characteristic of the rt quantum devices , the multiple - value circuits design get more and more recognition . this paper details a logic operation based on a switching sequence in rt circuits , this scheme enables us to design simpler ternary inverter and quaternary inverter circuits , and use this switching sequence also designed ternary nand gate and ternary nor gate 由于rt量子器件本身所特有的多值特性,因此基于rt器件的多值电路设计受到越来越多的重视,论文首先基于开关序列方法对传统的三值反相器进行了改进,以此为基础将开关序列设计方法推广到四值反相器的设计,并实现了基于rt量子器件的三值与非门、或非门设计。
或: nǎi-.非门: NOT gate; complementer; nega ...互补或非门: complementary nor gate排斥门,或非门: rejection gate与 或非门: and nor gate与或非门: and or not gate; and-or-not gate二极管或非门: diode nor gate循环或非门机: cyclic nor machine非门: not gate; complementer; negater◇非门电路 “not” circuit或非: a implies, b gate b; inclusive nor; non disjunction; nondisjunction; nor非门非门: not gate互斥(非门): exclusive nor与非门: alternative denial gate; and not-gate; di ersion gate; dispersion gate; except gate; if-a-then-not-b; nand gate; negative and gate; nonconjuction gate; not and; not both gate; not-and element; not-and gate; not-both gate; sheffer stroke gate“或非” 输出: nor output“或非”函数: nor function或非 运算: nor operation与或非: and or invert gate倒换器;非门: negater动态mos非门: dynamic mos inverter非门电路: not circuit非门驱动: negative gate drive三极管非门: transistor not gate无关非门: negative ignore gate与a无关的b非门: negative b ignore a gate; negative b-ignore-a gate与b无关的a非门: negative a ignore b gate; negative a-ignore-b gate