Time sequence decoder

Abstract

The invention relates to a time sequence decoder. The time sequence decoder is composed of an input time sequence decoder and first arrival modules in serial connection and in parallel connection. The first arrival module is a coupling control circuit, and comprises a path of chip select signal input and at least two paths of time sequence signal input; each path of time sequence signal input is mainly composed of a NOT gate, three input AND gates and two input Or gates; the output of each path of signals is influenced by all input ends; the single path of input also influences output of each path of signals; the serial connection is that first arrival modules with different input signal paths are sequentially connected according to the number of input signal paths; and the parallel connection is that the first arrival modules with the same input signal paths are parallelly connected in different serial connection circuits, and the first arrival modules at two ends of the first arrival modules with the same input signal paths have the same input signal paths respectively. According to the time sequence decoder, in a condition with the same input signal paths, the decoding ability can be significantly improved, more output signal lines can be obtained, and the data transmission speed can be quickened.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for faster processing times by analyzing signals with specific patterns that occur during certain stages or cycles within them. It also improves upon existing designs' capabilities due to its ability to process multiple types of input simultaneously without sacrificing accuracy. Overall, this design makes it possible to perform complex computations at very fast speeds while maintaining accurate results over longer periods of time compared to older methods like analog techniques.

Problems solved by technology

The technical problem discussed in this patented text relates to improving the efficiency of decoded circuits (DC) due to their limitations such as lack of space availability or excessive power consumption. These issues lead to wasted resource usage when trying to achieve higher levels of functionality within smaller chambers. To overcome these challenges, researchers explored new methods like dynamic programming techniques and programmable logic controller technologies.

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