801-47-027-10-001000

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Style 801-47-027-10-001000 rectangular connectors, headers, receptacles, and female sockets offer a cost-effective solution for a variety of interconnect applications on a circuit board. This product series is an ideal solution for custom designs and is frequently used when manufacturers require connect/disconnect capability. These connectors provide a reliable connection while allowing for high-density, high-frequency and space saving connection.

The male connector is also known as the header and consists of two rows of pins situated perpendicular to the contact. This configuration requires that the pins be soldered in place prior to usage, providing a reliable connection that has little chance of failure. The female housing is known as the receptacle and consists of two rows of sockets that match the arrangement of the pins in the header. A female socket attaches to the receptacle and provides the practical means to connect two printed circuit boards.

While headers, receptacles, and female sockets are the primary components used to create a connector system, other components such as retaining clips, insulators, and pin connectors may also be necessary to provide additional support and enhance performance. Each of these components ensures that the connection is secure and ensures a reliable connection.

In order to ensure that the pins and sockets of the connector are properly matched, a variety of mating connectors may be required. These connectors are typically designed to provide some level of protection from electro-magnetic interference (EMI) and are designed to keep moisture out of the connector. Some styles are also designed to provide a ground path of return and therefore provide a reliable ground for the system.

The contacts used for style 801-47-027-10-001000 rectangular connectors can also be provided in a variety of configurations, including standard, flange, and right angle. Generally, the choice of configuration will depend on the type of application, board density, and available space. For example, right angle contacts can be used for internal wiring applications, while flange style contacts may provide more reliable contact performance in a limited amount of space.

Finally, the contact resistance of the connector should be evaluated to ensure that the current flow through the connector is consistent and meets the design requirements. The contact resistance is often dictated by the material type and finishes used for the connectors. Tin plated contacts tend to corrode over time and may result in poor connection performance or icing of the connectors. Therefore, it is important to select the correct contact materials and finishes for the operating environment.

In conclusion, style 801-47-027-10-001000 rectangular connectors, headers, receptacles, and female sockets are designed to provide a reliable connection while offering high-density, space saving, and cost-effective solutions. Factors such as the mating connectors, contact resistance, and contact materials should all be considered in order to ensure the performance and reliability of the system.

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