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本文从兵器遥测的特点入手,讨论了中、大规模集成电路、数字技术、微处理机在兵器遥测中应用的前景。由于这些新技术的采用,将使以往遥测技术面临巨大的变革,并出现一些新的概念。本文针对当前兵器遥测难以解决的课题,提出了模拟延迟方案、弹内自记加弹丸回收的方案,并进而叙述了进行常规箭弹全弹道参数测量的设想。探讨了实施上述方案可能遇到的问题和解决它们的途径。同时也初步探讨了微处理机应用于兵器遥测的广阔前景。
This article starts from the characteristics of weaponry telemetry, and discusses the application prospects of medium and large scale integrated circuits, digital technologies and microprocessors in weaponry telemetry. Due to the adoption of these new technologies, the previous telemetry technologies will face tremendous changes and some new concepts will emerge. In this paper, aiming at the difficult problem that the current weapon telemetry can not solve, a scheme of simulating the delay scheme and the self-remembered and projectile rehearsal is put forward. And then, the conception of measuring the full ballistic parameters of the conventional projectile is described. Explored the possible problems encountered in the implementation of the above programs and ways to solve them. At the same time, the prospect of microprocessors used in the telemetry of weapons is also discussed tentatively.