以色列军事工业,(IMI)系统局已要求遥测系统和测量技术得到有关飞行中和膛内炮弹性能的数据。本文简要地叙述了一种新型的可编程序PCM遥测系统,本系统采用了几种新技术如灵活的多路,可编程序信号请整器(在每个信道上有多路增益和补偿),由于采用了厚膜混合结构,故尺寸很小,因而具有很高的耐冲击性和长久的可靠性。本文还介绍一种采用专门设计的发射天线测量弹体飞行旋转率的极低成本的遥测设备,及用来测量炮弹在膛内行进时发生的现象和模拟数据(加速度,压力,应力等)的遥测设备。讨论和给出了在炮弹实际射击时获得的数据实例。 The Israeli military industry (IMI) system bureau has requested telemetry systems and measurement techniques to obtain data on the performance of in-the-bore and in-canoe shells. This article briefly describes a new programmable PCM telemetry system, the system uses several new technologies such as flexible multi-channel, programmable signal sequencer (in each channel with multiple gain and compensation) , Due to the thick film hybrid structure, so small size, which has a high impact resistance and long-term reliability. This article also describes an extremely low cost telemetry device that uses a specially designed transmit antenna to measure the projectile flight rate and to measure phenomena and simulated data (acceleration, pressure, stress, etc.) that occur while the projectile is traveling through the bore. Telemetry equipment. Discuss and give examples of data obtained during the actual shooting of a shell.