论文部分内容阅读
一些新的引信起爆技术正被用于现有的和下一代弹药撒布器系统,它们是: 电子逻辑解除保险计时器——用电子定时器取代机械计时器可大大提高解除保险时间精度,这样就降低了对子弹药投放精度的要求,从而提高了引信的可靠性和安全性并降低了成本。引信/制导综合装置——它使各种弹上子系统能够将导航、最优作用方式和保险与解除保险信息传递给撒布器。撒布器为增加战术灵活性利用一先进的远距离投放系统以保证最佳的目标效应。电子保险/解除保险装置(ESA’s)——随着元件性能、可靠性、有效性和成本方面的改进,使采用拍击雷管的电子保险/解除保险装置成为可能。在现有撒布器系统的发展过程中正在采用这些新技术,通过进行这些小的技术改进而不是大规模地采用现代化的技术跳跃,可使这些改进在生产中很快地得以实现。此外,就引信的作用来说,变化越小则系统在安全性或性能方面所冒的风险越小。本文将详述这些新技术是如何运用现有的和下一代弹药撒布器系统,以示他们对引信的作用的影响。主要的论述将是战术弹药撒布器(TMD)引信的发展。
Some of the new fuze detonation technologies are being used in existing and next-generation ammunition spreader systems: Electronic Logic De-safety Timer - Replacing mechanical timers with electronic timers dramatically increases the time-to-safety of disarmed insurance so that The requirements for the precision of sub-munitions are reduced, thereby improving the reliability and safety of the fuze and reducing the cost. Fuze / Guidance Complex - It enables a variety of ballistic subsystems to deliver navigation, optimal mode of action, and insurance and dismissal information to the spreader. The spreader uses an advanced long-range placement system for increased tactical flexibility to ensure optimal target effect. ESA’s - With the improvements in component performance, reliability, availability and cost, it is possible to use electronic guns and deactivators. These new technologies are being used in the development of existing spreader systems and these improvements can be made quickly in production by making these small technological improvements instead of using modern technological jumps on a large scale. In addition, as far as the fuze’s role is concerned, the smaller the change, the less risk the system takes in terms of safety or performance. This article details how these new technologies leverage existing and next generation ammunition spreader systems to show their impact on fuzing. The main discussion will be the development of a tactical ammunition dispenser (TMD) fuze.