Submarine Surveillance Systems Parts

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Part Number
NSN
NIIN
036730-1 Glass Dielectric Fixed Capacitor
004360948
CYR20C362FL Glass Dielectric Fixed Capacitor
000032528
CYR41E430FM Glass Dielectric Fixed Capacitor
004360948
DMS 88110B Glass Dielectric Fixed Capacitor
004360948
M23269+09+4036 Glass Dielectric Fixed Capacitor
004360948
M23269-09-2008 Glass Dielectric Fixed Capacitor
010499147
M23269-09-3008 Glass Dielectric Fixed Capacitor
010499147
M23269-09-3034 Glass Dielectric Fixed Capacitor
004360948
M23269-09-3035 Glass Dielectric Fixed Capacitor
004360948
M23269-09-3036 Glass Dielectric Fixed Capacitor
004360948
M23269/03-3058 Glass Dielectric Fixed Capacitor
000032528
M23269/09-2034 Glass Dielectric Fixed Capacitor
004360948
M23269/09-4008 Glass Dielectric Fixed Capacitor
010499147
M23269/09-4009 Glass Dielectric Fixed Capacitor
010499147
M23269/09-4034 Glass Dielectric Fixed Capacitor
004360948
MIL-C-23269/3 Glass Dielectric Fixed Capacitor
000032528
MIL-C-23269/9 Glass Dielectric Fixed Capacitor
004360948
MIL-C-23269/9 Glass Dielectric Fixed Capacitor
010499147
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Submarine Surveillance Systems

Picture of Submarine Surveillance Systems

SOSUS, an acronym for sound surveillance system, is a chain of underwater listening posts located around the world in places such as the Atlantic Ocean near Greenland, Iceland and the United Kingdom—the GIUK gap—and at various locations in the Pacific Ocean. The United States Navy's initial intent for the system was for tracking Soviet submarines, which had to pass through the gap to attack targets further west. It was later supplemented by mobile assets such as the Surveillance Towed Array Sensor System (SURTASS), and became part of the Integrated Undersea Surveillance System (IUSS).

SOSUS development was started in 1949 when the US Navy formed the Committee for Undersea Warfare to research anti-submarine warfare. The panel allocated $10 million annually to develop systems to counter the Soviet submarine threat consisting primarily of a large fleet of diesel submarines. They decided on a system to monitor low-frequency sound in the SOFAR channel using multiple listening sites equipped with hydrophones and a processing facility that could detect submarine positions by triangulation over hundreds of miles.

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