Intelligent Internet-of-Things software test information diagnosis circuit and repair method thereof

Abstract

The invention discloses an intelligent Internet-of-Things software test information diagnosis circuit and a repair method thereof. The circuit comprises a power supply control module, a voltage stabilization output module, a signal acquisition operation module, an anti-interference module and a signal diagnosis comparison module, a triode Q1 and a triode Q2 in the power supply control module are connected in series to form a Darlington tube, and the control response speed of current is increased; in the voltage stabilization output module, an electric signal with a high noise ratio is providedfor the next module by utilizing a series connection relationship between a resistor and a capacitor; a capacitor C3 in the signal acquisition and operation module stores the acquired signal to prevent the effective reduction of the detection signal, so as to accelerate the quick response of the acquisition and operation signal; an inductor L1 and an inductor L2 in the anti-interference module are connected with each output branch, so that the anti-interference module has the capability of inhibiting interference; a field-effect tube in the signal diagnosis and comparison module selects different output ends through a triode Q4 according to data results of acquisition and operation, and then damaged detection signals are repaired and adjusted, so that diagnosis and repair effects are achieved.

Description

technical field [0001] The invention relates to the technical field of signal detection, in particular to an intelligent Internet of Things software test information diagnosis circuit and a repair method thereof. Background technique [0002] Signal detection is through the transmission of the original detection signal, the association between measurement and data collection information, and the Internet of Things is to obtain the detection signal obtained by multiple sensors, thereby transmitting and distributing the detected signal, and then satisfying the control of the detection signal Instructions, and software testing is the process of comparing the signals acquired by multiple sensors with the data between the actual output and the expected output, so as to adjust the damaged signal according to the calculation results to achieve a signal output consistent with the detection signal. [0003] Existing information diagnostic circuits use a single acquisition method to t...

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Problems solved by technology

[0003] Existing information diagnostic circuits use a single acquisition method to transmit signals in traditional applications, but a single signal transmission cannot accurately determine the part to be executed, so multiple detection signal lines must be designed to transmit the detected signals. However, in multiple When two detection signals are fused on one circuit, signal resonance will occur, causing the detection signal to overlap with other signals. In terms of power supply control, the transmission of the detection signal will be affected due to unstable power supply and slow control response speed, resulting in all There is a phenomenon of power loss in the required voltage supply; when the continuous stable voltage is provided to the operating module, the noise ratio will drop, so that the stable output voltage will have a peak voltage; when the detection signal is obtained, the transmission consumption will occur and the obtained signal cannot be detected. storage, resulting in the inconsistency between the actual detection signal and the output signal

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