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Join Date: Dec 2002
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Feasibility study of a stand-off gap switch in exploding bridgewire initiator

The following report was written by my Daddy...He is a real student of the quantitative...If one were to compare his writing to mine, one would find that the only difference is that I quantise the subjective.



Accession Number : AD0602920

Title :

Descriptive Note : Summary rept.

Corporate Author : AEROJET-GENERAL CORP DOWNEY CA

Personal Author(s) : Bryla, Theodore N.

Handle / proxy Url : http://handle.dtic.mil/100.2/AD602920 Check NTIS Availability...

Report Date : 18 DEC 1962

Pagination or Media Count : 83

Abstract : The investigations were conducted to establish the feasibility of incorporating a high voltage switch within the electrical header of an exploding bridgewire initiator and to determine the electrical capabilities of the voltage switch to meet missile safety and functional requirements. Two types of high voltage switches were designed, developed, and fabricated within the electrical header of an EBW initiator. The electrical capabilities of these voltage switches were evaluated under various environmental conditions. Their conformance to the required design parameters established the feasibility of including a high voltage switch within the electrical header. Various stand-off gap switch (SOGS) and stand-off voltage switch (SOVS) engineering models were studied in the feasibility investigation. Fifty prototype SOVS initiator headers of the final design configuration were fabricated. These units, designed for a coaxial input, utilize the electrical voltage breakdown characteristics of an aluminum-oxide coating for the voltage switch.
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Last edited by tabs; 01-14-2009 at 10:24 PM..
Old 01-12-2009, 01:45 PM
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