Submarine Communications And Antenna Systems Parts

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Part Number
NSN
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03004010 Electrical Receptacle Connector
012826903
10-214220-27J Electrical Receptacle Connector
012609665
10-214222-02P Electrical Receptacle Connector
007784503
152113-2380 Electrical Receptacle Connector
012826903
152113-2382 Electrical Receptacle Connector
012826903
17DCMMD375 Electrical Receptacle Connector
012852447
217-24R-A077S Electrical Receptacle Connector
004997299
217-25R-A077P-10 Electrical Receptacle Connector
004997299
217-25RA77P10 Electrical Receptacle Connector
004997299
357-4579-010 Electrical Receptacle Connector
012826903
358-4000-130 Electrical Receptacle Connector
004997299
414-1345-005 Electrical Receptacle Connector
009016989
416999-133 Electrical Receptacle Connector
009016989
462-7068566-50 Electrical Receptacle Connector
012389061
556-7015832-062 Electrical Receptacle Connector
012389061
5632 Electrical Receptacle Connector
012826903
569-7067771-26 Electrical Receptacle Connector
012389061
77800 ITEM 18 Electrical Receptacle Connector
014441504
D38999/24WD35PB Electrical Receptacle Connector
013117967
DCMMY-37S Electrical Receptacle Connector
012852447
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Submarine Communications And Antenna Systems

Picture of Submarine Communications And Antenna Systems

Communication with submarines is difficult because radio waves do not travel well through good electrical conductors like salt water.

The obvious solution is to surface and raise an antenna above the sea level, then use ordinary radio transmissions. However, a submarine is most vulnerable when on the surface. Early submarines mostly travelled on the surface, diving mainly to evade immediate threats because of their limited underwater speed and endurance. During the Cold War, however, nuclear-powered submarines were developed that could stay submerged for months. To communicate with submerged submarines several techniques are used.

Sound travels far in water, and underwater loudspeakers and hydrophones can cover quite a gap. Apparently, both the American (SOSUS) and the Russian Navy have placed sonic communication equipment in the seabed of areas frequently traveled by their submarines and connected it by underwater communications cables to their land stations. If a submarine hides near such a device, it can stay in contact with its headquarters. An underwater telephone sometimes called Gertrude is also used to communicate with submersibles.

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