76314-217

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Rectangular Connectors - Headers, Receptacles, Female Sockets offer a variety of connection solutions to meet specific application requirements. The 76314-217 is an affordable, reliable option for a wide range of applications. It is a two piece mated set that includes a pin header and a socket-type receptacle. This product features a standard 3-pin male end and a female socket that fits into any printed circuit board.

This connector\'s design utilizes high-integrity contacts for increased reliability and durability. The contact on the pin header is soldered into a circuit board, while the contact on the socket end is crimped onto the relevant connections. The 76314-217 is designed to provide an effective connection between the two components, no matter their size or shape. It has an operating temperature range of -55^oC to +105^oC and is rated for a maximum current of 3A.

The 76314-217 is ideal for many different applications. It can be used in automotive, industrial controls, telecommunications, medical equipment, and consumer electronics. It is also suitable for high-density circuits, such as those in cell phones, tablets, and other small electronic devices. This connector provides a dependable connection in even the most challenging environments.

The 76314-217 features a gallium arsenide (GaAs) mechanism which make the connector highly resistant to electrical noise interference and insulation breakdown. This mechanism also provides low-loss performance by decreasing system heat and power losses. In addition, its ergonomic design ensures that the connector\'s connection is secure and easy to operate.

The 76314-217 provides reliable electrical connectivity between two components and works efficiently under the most challenging conditions. Its durable construction ensures a connection that is reliable and long-lasting. The connector is an affordable, reliable solution for a variety of applications and boasts an impressive range of features including a high degree of insulation, protection from electrical noise, and low-loss performance.

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