Title :
Design and implementation of air-to-ground weapon launcher detector of a certain airplane
Author :
Liu Chengliang ; Fan Huilin ; Bao Xueliang ; Wang Dapeng
Author_Institution :
Campaign & Command Dept., Aviation Univ. of Air Force, Changchun, China
Abstract :
Under the future high-tech war mode, the strength of the air combat effectiveness have become one of the main factors to win, and further, the fast support capability for the aviation equipment has played a decisive role in the improvement of air combat effectiveness. A certain type of airplane has a variety of air-to-ground weapon launchers. Existing test methods are time-consuming and laborious, and the test results are not accurate and intuitive. Therefore, design and implementation of air-to-ground weapon launcher detector of the certain airplane has important practical significance as well as military value. Based on analysis of testing requirements, this study chooses the reasonable scheme, designs a power supply module and a signal conditioning circuit, builds a comprehensive testing platform based on PC/104 embedded computer under the development environment, VC++6.0. Applications prove that, with advanced technology, rational design and simple operating, the test system can reliably detect the missile launchers, and has high accuracy and short time detection, and effectively guarantees the combat and training missions.
Keywords :
aircraft testing; missiles; power supplies to apparatus; sensors; signal conditioning circuits; PC-104 embedded computer; VC++6.0 environment; air combat strength effectiveness; air-to-ground weapon launcher detector; airplane; aviation equipment; high-tech war mode; military testing; missile launcher; power supply module; signal conditioning circuit; Airplanes; Computers; Control systems; Detectors; Missiles; Testing; PC/104; electrical system; missile launchers; pneumatic system;
Conference_Titel :
Instrumentation and Measurement, Sensor Network and Automation (IMSNA), 2013 2nd International Symposium on
Conference_Location :
Toronto, ON
DOI :
10.1109/IMSNA.2013.6743284