Magnetic proximity fuze
A magnetic proximity fuze was patented by P.J. Eliomarkakis, (United States Patent US2434551 of January 13, 1948) [1] although similar devices had been in service for nearly a decade. It is a type of proximity fuze that initiates a detonator in a piece of ordnance such as a land mine, naval mine, depth charge, or shell when the fuse's magnetic equilibrium is upset by a magnetic object such as a tank or a submarine.
Magnetic field sensors and movement sensors inside the ordnance detect changes to the terrestrial magnetic field of the ordnance caused by another ferromagnetic object. A signal processor inside the ordnance receives the signals from the magnetic field sensors and movement sensors and activates the detonator which will then detonate the explosives within the ordnance.[2]
Examples[]
Examples of pieces of ordnance that employ a magnetic fuze include:
- the Chinese Chen-2 bottom mine
- the Egyptian T-93 mine
See also[]
- Proximity sensor
- Reed switch
- Precision bombing
- Precision-guided munition
- Guided bomb
- Guidance system
- Terminal guidance
- Artillery fuze
- Missile
- Proximity fuze
References[]
- ^ "Magnetic fuse" (PDF).
- ^ "Archived copy". Archived from the original on 2011-06-12. Retrieved 2010-04-26.
{{cite web}}: CS1 maint: archived copy as title (link)
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