Research on Mechanical Responses of a Novel Inertially Driven MEMS Safety and Arming Device Under Dual-Environment Inertial Loads

MEMS safety and arming device (SAD) with merits of small size and easy integration is one of the most promising candidates for the fuze to realize miniaturization, integration and intelligence. In this paper, a novel inertia-driven MEMS SAD with three independent safety features is proposed. The SAD...

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