An Electronic Timing Fuze System Based on Supercapacitor

Abstract

The invention discloses an electronic timed fuse system based on supercapacitors. The electronic timed fuse system comprises a fuse main module, a parameter binding module and a computer. The fuse main module comprises a supercapacitor group module and a timing module. The supercapacitor group module at least comprises two supercapacitor groups formed by connecting multiple supercapacitors in series. The supercapacitor group module, the timing module, the parameter binding module and the computer are electronically connected in sequence. The supercapacitor group module is connected with the timing module through an insulated wire. The supercapacitor group module is connected with an external charging power source through a rectangular socket and a plug. The timing module is connected with the parameter binding module through a rectangular socket and a plug. The parameter binding module comprises USB communication chips. The USB communication chips are connected with the computer through USB B-type connectors and USB wires. By the adoption of the electronic timed fuse system based on the supercapacitors, the longer pulse duration can be provided, the system space size is lowered, the system principle is simple, implementation is easy, and the cost is lower.

Description

technical field [0001] The invention belongs to the technical field of fuzes, in particular to an electronic timing fuze system based on supercapacitors. Background technique [0002] At present, there are many ways to realize the timing fuze, mainly including gunpowder timing fuze, mechanical timing fuze and electronic timing fuze. Among them, the implementation of the first two is more complicated and the timing is not accurate enough, while the electronic timing fuze realizes timing simply and with high precision. Electronic timing fuzes have defects: most of the electronic fuze pulse energy is provided by tantalum capacitors, but tantalum capacitors have small capacity, large volume, and low energy density, and can only provide short-term detonation pulses; most of the existing electronic timing fuze energy uses batteries available, large in size and high in cost. Contents of the invention [0003] The object of the present invention is to provide an electronic timin...

AI Technical Summary

Problems solved by technology

Among them, the implementation of the former two is more complicated and the timing is not accurate enough, while the electronic timing fuze realizes simple timing and high precision

There are defects in electronic timing fuzes: most of the electronic fuze pulse energy is provided by tantalum capacitors, but tantalum capacitors have small capacity, large volume, and low energy density, and can only provide short-term detonation pulses; most of the existing electronic timing fuze energy uses batteries Provides, large size and high cost

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