Multivariate signal generation and detection oriented control system and control method

Abstract

The invention discloses a multivariate signal generation and detection oriented control system and control method, the system comprises a bus interface module, the bus interface module is bidirectionally connected with 2-3 control modules, and each control module is used for completing the control of 32 configurable input signals and output signals; the control module comprises a register controlmodule, an input signal filtering module, a square wave and pulse generation control module and a square wave and pulse detection control module; the register control module is in bidirectional connection with the bus interface module, the input signal filtering module and the square wave and pulse generation control module; the input signal filtering module is in bidirectional connection with thesquare wave and pulse detection control module; two to three groups of control modules are arranged to respectively control a group of 32-path configurable input and output signals, and the functionsof at least 64-path input signal detection and 64-path output signal generation are realized in a parameter configuration mode.

Description

technical field [0001] The invention belongs to the technical field of signal detection, and in particular relates to a control system and control method oriented to the generation and detection of multiple signals. Background technique [0002] In the existing field of signal generation and detection, the design method of the traditional signal generation and detection control system is to adopt a specific design scheme for a specific type of signal, which generally can only meet the generation and detection of a single signal, and its application is limited. The portability is not high; if the external signal type changes, the control system needs to be redesigned, the redesign period is long, and the design efficiency is low. [0003] The design method of the control system for the above-mentioned traditional signal generation and detection has certain defects. It can only meet the generation and detection of a single signal, and it is difficult to meet the application re...

AI Technical Summary

Problems solved by technology

[0002]In the existing field of signal generation and detection, the design method of the traditional signal generation and detection control system is to adopt a specific design scheme for a specific type of signal, Generally, it can only meet the generation and detection of a single signal, with limited application and low portability; if the type of external signal changes, the control system needs to be redesigned, the redesign cycle is long, and the design efficiency is low

[0003] There are certain defects in the design method of the control system of the above-mentioned traditional signal generation and detection. and detection application requirements

The disadvantages of this method are: (1) the signal control method is single, and only supports the generation and detection of a single signal; (2) the single signal type is fixed and cannot be configured; (3) the versatility is not strong, the function is not perfect enough, and the redesign cycle Long, low efficiency, high cost

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