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High speed binary comparator circuit and High speed binary data comparison method

机译:高速二进制比较器电路和高速二进制数据比较方法

摘要

PURPOSE: A high speed binary comparator and a method for comparing high speed binary data are provided to reduce a layout area and a power consumption. CONSTITUTION: In the case that a clock signal(CLK) is the first status(for example, logical low), a PMOS(P-channel Metal-Oxide Semiconductor) transistor(10) executes a pull up of a node(NOD1) to a power voltage(VDD) level, and thus an output signal(F) of a binary comparator(100) becomes logical low. In the case that a clock signal(CLK) is the second status(for example, logical high), the binary comparator(100) receives inputted two 4-bit binary data(A,B), compares sizes of the binary data(A,B) therewith, and outputs the comparison result. An output signal(F) of the binary comparator(100) is '1'(the second status or logical high) or '0'(the first status or logical low). If the size of the binary data(A) is not more than that of the binary data(B), the output signal(F) of the binary comparator(100) is '1'. Otherwise, if the size of the binary data(A) is more than that of the binary data(B), the output signal(F) of the binary comparator(100) is '0'.
机译:目的:提供了一种高速二进制比较器和一种用于比较高速二进制数据的方法,以减小布局面积和功耗。组成:在时钟信号(CLK)为第一状态(例如逻辑低电平)的情况下,PMOS(P沟道金属氧化物半导体)晶体管(10)将节点(NOD1)上拉至电源电压(VDD)电平,因此二进制比较器(100)的输出信号(F)变为逻辑低。在时钟信号(CLK)为第二状态(例如,逻辑高)的情况下,二进制比较器(100)接收输入的两个4位二进制数据(A,B),比较二进制数据(A)的大小。 ,B)并输出比较结果。二进制比较器(100)的输出信号(F)为“ 1”(第二状态或逻辑高)或“ 0”(第一状态或逻辑低)。如果二进制数据(A)的大小不大于二进制数据(B)的大小,则二进制比较器(100)的输出信号(F)为“ 1”。否则,如果二进制数据(A)的大小大于二进制数据(B)的大小,则二进制比较器(100)的输出信号(F)为“ 0”。

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