Granular matter filled weapon guidance electronics unit
AssigneeRaytheon Company
InventorsCraig A. Zimmerman, Justin C. Dyster, Mathew H. Bosse, Norman Lange, Tovan Adams, Lee Rodriguez
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AssigneeRaytheon Company
InventorsCraig A. Zimmerman, Justin C. Dyster, Mathew H. Bosse, Norman Lange, Tovan Adams, Lee Rodriguez
Estimating the term…
A guidance electronics unit is provided for an explosively-launched vehicle, e.g., a projectile or missile, comprising a plurality of circuit card assemblies, each circuit card assembly containing a plurality of electronic components and interconnections, each circuit card assembly maintained in a housing and spaced apart. All spaces surrounding each circuit card assembly are filled with a granular material to provide support for each circuit card assembly during explosive launch. Further, a method for supporting circuit card assemblies in the guidance electronics unit is provided. The problem of enabling guidance electronics to survive the large loads encountered during an explosive launch out of a gun, such as a howitzer, or missile launch tube is thereby solved.
A guidance electronics unit for an explosively-launched vehicle comprising a plurality of circuit card assemblies, each circuit card assembly containing a plurality of electronic components and interconnections, each circuit card assembly maintained in a housing and spaced apart, wherein all spaces surrounding each circuit card assembly are filled with a granular material to provide support for each circuit card assembly during explosive launch.
A method for supporting circuit card assemblies in a guidance electronics unit for an explosively-launched vehicle, each circuit card assembly containing a plurality of electronic components and interconnections, said method comprising:
Dependencies are inferred from the claim text.