论文部分内容阅读
以往科学家们总是以新器件的出现,及随之使整机产生了惊人的变化来划分计算机发展历史。然而一旦多值逻辑系统付诸实现,多值逻辑学说得到应用,这种高效率的计算机结构的出现,将可能使计算机技术进入更高的水平。我国DYL集成电路的发明为实现上述目标提供了新的希望。 本文指出,多元逻辑中的线性“与或”门本质上就是一种很好的多值逻辑“与或”门。它与其他电路配合可以构成一种新的多值逻辑电路(简称为MV-DYL)。通过比较和实验证明,MV-DYL电路在与二值DYL电路相同的功耗-时延积条件下,可以获得更高的信息密度。MV-DYL电路比三值CMOS和多值I~2L电路结构简单、容易制作和可靠性高。
In the past, scientists always divided the history of computer development with the advent of new devices and the resulting dramatic changes in the entire machine. However, once the multivalued logic system is put into practice, the theory of multivalued logic has been applied. The advent of such an efficient computer architecture will probably bring computer technology to a higher level. The invention of our country DYL integrated circuit has offered the new hope for realizing above goal. This paper points out that the linear OR gate in multivariate logic is essentially a good multi-valued logical OR gate. It cooperates with other circuits to form a new multi-valued logic circuit (referred to as MV-DYL for short). The comparison and experimental results show that the MV-DYL circuit can obtain higher information density under the same power-delay product condition as the binary DYL circuit. MV-DYL circuit than the three-value CMOS and multi-value I ~ 2L circuit structure is simple, easy to manufacture and high reliability.