逻辑开关电路中的非线性电阻

F. A. Schwertz, R. Steinback
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引用次数: 0

摘要

在某些逻辑开关电路中,非线性电阻器可用来代替整组晶体整流器。由于非线性电阻和相关的连接总线都是通过将印刷电路技术应用于标准的塑料或陶瓷结合的半导体片(如颗粒碳化硅)来制造的,因此在这种替代可能的情况下,可以节省大量的制造和组件成本。在逻辑开关电路中使用非线性电阻组的方式在这里以采用“矩阵逻辑”和“网格逻辑”的简单电路来描述。该技术借助一对简单的矩阵型函数开关进行了实验说明,该开关编码为二进制到八进制转换器。第一种采用单个非线性电阻作为开关元件;第二种是由颗粒碳化硅的橡胶粘合片制成的。使用两个类似构造的解码矩阵将转换器转换为三位二进制加法器。对这些器件的输出电压模式进行了照相比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nonlinear resistors in logical switching circuits
Nonlinear resistors may be used to replace whole arrays of crystal rectifiers in certain logical switching circuits. Where such replacement is possible, considerable savings in fabrication and component costs may be effected, because both the nonlinear resistors and the associated connecting busses are fabricated by applying printed circuit techniques to standard plastic- or ceramic-bonded sheets of semiconductors such as granular silicon carbide. The manner in which groups of nonlinear resistors may be used in logical switching circuits is described here in terms of simple circuits which employ both "matrix logic" and "grid logic." The technique is experimentally illustrated with the aid of a pair of simple matrix-type function switches, encoded as binary-to-octal converters. The first employs individual nonlinear resistors as the switching elements; the second is fabricated from a rubber-bonded sheet of granular silicon carbide. Two similarly-constructed decoding matrices are used to transform the converters into three-binary-digit adders. The output voltage-patterns for these devices are compared photographically.
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