提出一种新颖的跨平台武器系统总线同步时钟发生技术,该技术采用相位延迟、中断窗口等方法,降低了传统直接触发技术带来的误差,提高了总线同步时钟发生器的容错性以及武器的安全性。并且,把该技术用于某武器系统的时钟同步系统中,从而验证了方法的可行性和有效性。

A novel bus synchronous clock generating technology of cross platform weapon system was proposed, which adopted phase delay, interrupt window methods to reduce the error caused by the traditional direct triggering technology and enhance the fault tolerance of bus synchronous clock producer and the safety of arm system. Furthermore, the technique was applied to the clock synchronization system of a weapon system, and the feasibility and effectiveness of the method was verified.