Automatic signal delay compensation method and system suitable for radiation effect test

Abstract

The invention relates to an automatic signal delay compensation method and system suitable for a radiation effect test. The system provided by the invention comprises a clock phase adjusting module, a verification vector generation module and a delay compensation judgment module. According to the method provided by the invention, signals in long-line transmission are acquired by adopting a clock capable of adjusting phase, the phase of the sampling clock is adjusted to the degree that the signals have enough leading edge margin and lagging edge margin, the signals in long-line transmission can be accurately acquired, and signals synchronous with a system clock can be obtained by acquiring the signals (acquired by the sampling clock) by the system clock. According to the invention, the signal delay problem caused by long-line transmission in the radiation effect test can be solved, field debugging of the test system in a radiation environment caused by long-line data transmission can be avoided, and the test system has adaptive capability for different test environments.

Description

technical field [0001] The present invention relates to a signal delay automatic calibration method and system suitable for radiation effect testing, in particular to a method and system for realizing automatic compensation of data collection delay in radiation effect assessment under different radiation environments, which can be applied to aerospace, Assessment and testing of radiation effects of military electronic components. Background technique [0002] With the development of science and technology, especially the development of space technology and nuclear energy technology, more and more electronic devices have to be applied in various radiation environments. The basic composition of electronic equipment-semiconductor devices are the most sensitive and weakest link to radiation. The radiation damage of semiconductor devices is an important reason for reducing the reliability of spacecraft. The problem that must be solved. [0003] The radiation effect test based o...

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Problems solved by technology

[0006] The purpose of the present invention is to provide a signal delay automatic compensation method and system suitable for radiation effect testing, which solves the technical problem of inaccurate data testing caused by data transmission lines in the radiation effect test environment in existing methods, and can automatically solve the radiation effect The signal delay problem caused by long-term transmission in the test avoids the on-site debugging of the test system in the radiation environment caused by long-term data transmission, and realizes the self-adaptability of the test system to different test environments

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