10104997-S0C-70DLF

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Backplane connectors have become an integral part of most electronic systems. They are used to interconnect printed circuit boards within a system or boards onto back planes. This includes transmissions of power, signals, data, and control signals. In more specialized fields, the connectors have become increasingly complex to meet the requirements for very specific applications. One such example is the 10104997-S0C-70DLF, a special-purpose connector which has become an important part of systems requiring highly reliable connectors.

The 10104997-S0C-70DLF is a highly reliable electrical connection that has been designed specifically for applications in harsh environments. The connector is optimized for connections between boards and chassis through backplanes. The connector is designed with multiple sockets and contacts, ensuring higher conductivity and increased strength of the connection. The connector is manufactured with a double contact design, meaning that the contact housing contains two contacts. This combination of design features ensures optimum contact area, resulting in excellent holding force and contact reliability.

In addition, the connectors feature a special design in which the contact housing is sealed. This hermetically sealed housing ensures that the connection is resistant to both water and dust ingress, providing for high levels of reliability even in highly inhospitable environments. Further, the connector has an efficient self-cleaning mechanism in which the contacts can be regularly purged with clean air. This purging helps remove dust and debris from the contacts and ensures that optimal contact quality is maintained.

The 10104997-S0C-70DLF is a specialized connector that offers higher levels of reliability and performance in extreme environmental conditions. The sealed design of the contact housing is designed to protect the connection from dust and water ingress. The double contact design also ensures higher contact area and increased safety, while the self-cleaning mechanism maintains optimal performance. The use of this connector in demanding applications has become increasingly important in the development of highly reliable and robust electronic systems.

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