Publication | Closed Access
Non-contact wet mateable connector
15
Citations
2
References
2009
Year
Unknown Venue
Underwater Wireless CommunicationsElectrical EngineeringUnderwater ConnectorsEngineeringMicrofabricationInterfacial PhenomenonWettingBiomedical EngineeringUnderwater Optical CommunicationInductive Power TransferSoft MatterUnderwater TechnologyInterface PropertyPower Transfer Efficiency
Underwater connectors using inductive power transfer provide increased reliability and number of mate/de-mate cycles because no electrical contacts are physically utilized. While the general concept is not new, this paper presents a connector that uses resonant coupling to improve the power transfer efficiency. An additional feature of the connector is the use of optical windows for data transfer. The connector is designed for sensor interconnection, but is scalable to other applications.
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