一、概述随着电子技术的发展,近炸引信中的一些难于实现的功能将通过微计算技术在引信中的应用而得到实现。采用微计算机技术的新一代引信将在配台概率和抗干扰性能方面得到明显提高。但是,往往由于引信工作时间十分短暂,从开始收到信号到完成引爆往往只有几个毫秒的时间,要在短短的几毫秒时问之内完成目标信息量的提取,引信启动参数的计算和调整,即使是较高速度的计算机也是难于胜任的,因此,用计算机进行实时计算很难在实际中使用。 I. Overview With the development of electronic technology, some hard-to-implement fuses in near-fuze will be realized through the application of micro-computing technology in fuze. A new generation of fuze using microcomputer technology will be significantly improved in terms of the probability and anti-jamming performance. However, often due to the fuze working time is very short, from the beginning to receive the signal to complete the detonation is often only a few milliseconds, to be completed within a few milliseconds the target amount of information extraction, fuze start parameter calculation and Adjustments, even at higher speeds, are hard to come by, so using computers for real-time calculations is hard to use in practice.