Design And Implementation Of Networking Radar Test System Based On LabVIEW

Radar, as a major equipment acquainting information in modern war, is a complex electromechanical system. How to improve its performance, such as measurement accuracy, is one of the hottest areas of modern military science and technology research. The degree of complexity of the radar system function, which continues to improve, will inevitably lead to the complexity of debugging equipment and instruments. So how to effectively use these devices will be an important problem.This thesis employs Lab VIEW as a programming language, is to make a network-based test system used to intelligently and remotely monitor the radar system and acquire the status of equipment and send back the warning info on time if necessary to solve the problem stated above. Also the TCP/IP is also used for connecting the network of a small amount of computer use in the field of all equipment and instruments for automatic control, where the remote end can be monitored and control computer on-site, so that we can ultimately achieve instruments and equipment monitoring.The thesis is organized as follow:(1) In-depth studying of the radar, so that a further understanding of the electrical performance of the radar under measured can be achieved.(2) Analyzing of the shortcomings of traditional radar testing technology, the introduction of the concept of virtual instrument technology and network test systems and radar test the module to complete the design.(3) Do the practical application of the test system as far as possible during the test, so that universal system can be applied to a variety of test status of radar.As Network-based test system designed in this thesis can be used without geographical restrictions, remote monitoring and control, so that the experts or technicians to access to information whenever and wherever needed. Meanwhile a detailed basis of needs analysis, complete hardware and software solutions designed of test the radar system and the system design process of key technologies complete analysis are shown. Finally modular and network test system debugging, implementing software functionally are described.