Certain Type Of Active Radar-guided Missiles, General Purpose Automatic Test Equipment

The missile is the Air Force, Navy's newest aircraft equipped with the active important part of weapons systems. The missile can destroyer the following various types of ships above the eradication in complicated weather conditions. It can also be used to destroy the ship battle fleets.At present, due to various reasons, the test equipment of this type missile is under shortage. In my space, naval units equipped with the new models, each group formed more than one unit only. After the missile in the event of failure can not be more comprehensive testing. Therefore, this article launches a detection and automated fault diagnosis research on this type of missle. Its goal is to use the automation technology to design a fault detection and diagnostic equipment.This is the main task of the working parameters of the missile weapon systems to conduct a comprehensive test, Analysis theory, a clear demand for testing, according to testing requirements, compare different test bus and the advantages and disadvantages of software development tools, exploring the composition of the automatic test system to develop the corresponding test program, according to the program to develop a fast reliable automated system testing. Include the following:1. The hardware test system (including system self-test equipment, simulators, automatic test equipment) development, that is measured according to the design of a set of input and output signals with the process control, data acquisition, image signal output and the detection and comprehensive self-test function of the system.2. Based on VC + +6.0 software programming environment, complete the test program set development. As the guided weapon system testing must be in strict accordance with the requirements of the test processes, therefore, requires the preparation of test program sets strict accordance with the set of test processes, design a test application software, to achieve functional automated testing, database storage and transfer, Save and print reports of multiple integration.3. Establish and improve the decision tree-based fault diagnosis expert system.4. Completion of the test system hardware and software co-debugging, including the laboratory into force on-site commissioning and debugging and testing, according to the actual repair work would improve the design.