一、前言无线电遥测技术是伴随着无人飞行器的迅速发展而兴起的一种测量技术。所谓无线电遥测,就是在远距离上、间接地对被测对象的某些参数(数据)进行测量、传输、变换、处理、显示和驱动终端。遥测特别适合于远距离、分散、不易接近或根本无法接近的对象及过程的自动化测量或监视。由于空空导弹体积小,工作环境恶劣,因而无线电遥测就理所当然地成为导弹研制和试验的重要测试手段。导弹在飞行试验时利用遥测可对导弹的各主要参数进行测量。即使是在导弹出现故障及可能毁坏失落的情况下,也能获得数据(这种情况下测得的数据价值更大),并且遥测能“速见”显示被测数据和便于实时数据处理,这些都是其它测量 I. INTRODUCTION Radio telemetry technology is a kind of measurement technology that has arisen along with the rapid development of UAVs. The so-called radio telemetry, is in the long-distance, indirect measurement of certain parameters of the measured object (data) to measure, transfer, transform, process, display and drive terminal. Telemetry is especially suitable for automated measurement or monitoring of objects and processes that are long-range, scattered, inaccessible, or inaccessible. Due to the small size of air-to-air missiles and the harsh working environment, radio telemetry has naturally become an important test measure for missile development and testing. Missiles using telemetry in flight tests can measure the main parameters of the missile. Even in the event of a missile failure and possible ruin of loss, data are also available (in this case the measured data is more valuable), and telemetry can “see” the measured data and facilitate real-time data processing, these All other measurements