초록 ▼

A microcomputer controlled electronic fuze capable of surviving a hard target impact is disclosed comprising two epoxy potted printed circuit boards mounted back to back of which one of the boards is designed to survive impact and contains the microcomputer controller, storage charge, timing circuit

A microcomputer controlled electronic fuze capable of surviving a hard target impact is disclosed comprising two epoxy potted printed circuit boards mounted back to back of which one of the boards is designed to survive impact and contains the microcomputer controller, storage charge, timing circuit, and fire pulse detonator circuit. The other board carries an electric motor drive circuit for mechanical timing and detonator alignment, a detonation delay command storage circuit, and an AC rectifier and voltage regulator circuit coupling a wind turbine generator power supply to the fuze.

대표청구항 ▼

A microcomputer controlled electronic assembly for a target penetrator bomb fuze capable of withstanding a 100,000 g impact and of interfacing with a plurality of components including, a fuze contact, proximity, and drag sensor, a fuze mechanical timing and alignment device, a fire pulse delay switc

A microcomputer controlled electronic assembly for a target penetrator bomb fuze capable of withstanding a 100,000 g impact and of interfacing with a plurality of components including, a fuze contact, proximity, and drag sensor, a fuze mechanical timing and alignment device, a fire pulse delay switch and arming time switch, a Fuze Function Control Set (FFCS) and an alternate FFCS, a wind turbine generator, and a fire pulse generator, comprising: a power conversion circuit coupling said wind turbine generator to said mechanical timing and alignment device and to said microcomputer; a detonation delay code storage circuit, coupling said FFCS to said microcomputer; means for coupling said alternate FFCS to said microcomputer; a sensor lead coupling said contact, proximity, and drag sensors to said microcomputer; a switch lead coupling said arming time switch and said fire pulse delay switch to said microcomputer; a motor drive circuit coupling said mechanical timing and alignment device to said microcomputer; a power storage circuit, keep alive circuit, capable of withstanding a 100,000 g impact, coupling said wind turbine generator to said microcomputer; a timing circuit, capable of withstanding a 100,000 g impact, coupled to said microcomputer; and a fire pulse circuit, capable of withstanding a 100,000 g impact, coupling said fire pulse generator to said microcomputer.