Binary logic gate circuit

Abstract

The binary logic gate circuit includes a double-selection basic switching circuit with three input ends, one output end two switch element whose polarities are opposite, and is characterized by hat at least it also has a bisic switching circuit connected with logic gate circuit, and said basic switching circuit is equipped with two input ends, two output ends and two switch element with opposite polarity. Because the binary logic gate circuit possesses double selectivity and compatibility, so that the simple combination of the binary logic gate circuit can obtain the logic gate circuit more than unary logic gate circuit, besides, the "either-or" property in the double-selection can obtain several logic results, it possesses dynamic selectability and writability, and can provide more hardware support for development of computer.

Description

technical field [0001] The present invention relates to a logic gate circuit, in particular to a binary logic gate circuit composed of a double-selection basic switch circuit Background technique [0002] At present, the existing logic gate circuits are generally composed of single-selection switch circuits, similar to single-pole single-throw switches (as shown in Figure 1), and the gate circuits can only be set in advance, but cannot be dynamically converted, such as; It is either an "AND gate" or an "OR gate", and the "AND gate" and "OR gate" cannot be converted according to the needs. With the rapid development of integrated circuits, the operating speed of logic circuits and the diversity of logic results The requirements are getting higher and higher, and the traditional single-selection switch circuit can no longer meet the demand, so someone proposed to use a bidirectional switch circuit in the digital-to-analog converter to stabilize the output value, but the bidire...

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Problems solved by technology

[0002] At present, the existing logic gate circuits are generally composed of single-selection switch circuits, similar to single-pole single-throw switches (as shown in Figure 1), and the gate circuits can only be set in advance, but cannot be dynamically converted, such as; It is either an "AND gate" or an "OR gate", and the "AND gate" and "OR gate" cannot be converted according to the needs. With the rapid development of integrated circuits, the operating speed of logic circuits and the diversity of logic results The requirements are getting higher and higher, and the traditional single-selection switch circuit can no longer meet the demand, so someone proposed to use a bidirectional switch circuit in the digital-to-analog converter to stabilize the output value, but the bidirectional switch The two input values ​​of the circuit are both fixed values, and no one has proposed to use a similar bidirectional switch circuit in the logic gate circuit to form a binary logic gate circuit.

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