516-230-338

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Backplane Connectors - Accessories are used in many industries to facilitate communications between electrical components. The 516-230-338 is one such connector capable of handling high speeds while protecting electronic signals from outside interference. By using this connector, applications can be expanded to include high-speed performance in industrial, medical, military, automotive, and telecom. This article aims to explore the application fields and working principle of the 516-230-338.

Application Fields

The 516-230-338 is an 8-positions, 2-row pin and socket connector. This connector is designed to offer major advantages for many-contact backplane applications. It offers superior shielding, allowing it to reduce both crosstalk and electromagnetic interference. This makes it suitable for high-frequency transmissions, making it useful for communication and data transmission in industries such as medical, military, and telecommunications. It is also able to accommodate broad cable sizes to meet the environmental requirements without degrading the performance of applications.

The 516-230-338 backplane connector is built with a rugged construction. It features double-row contacts with a positive-locking mechanism for secure engagement. The robust attenuation and shielding of the connector make it suitable for installations in harsh environments, such as in factories, production lines, and data centers. Additionally, the 516-230-338 connector is respected for its consistent performance in high temperature. This makes it suitable for automotive, avionics and industrial applications including those in which the temperature can range up to 125°C.

Working Principle

The 516-230-338 backplane connector is designed to work with up to eight individual contact points. It uses a positive-locking mechanism to securely attach the contacts. This sharpens the connection between the pins and sockets and prevents them from loosening or slipping out, avoiding the risk of poor connection or signal loss. When a contact plugs into the specified terminal, a pin captures it, and a couple of components lock it into place. This ensures a firm shaft connects with the corresponding leads for a reliable and efficient power and data transmission.

The 516-230-338 is designed to meet demanding signal integrity and power needs. Its contact construction provides superior attenuation and isolation to ensure data transmission is consistent and reliable. The robust shielding eliminates interference from external sources to ensure the data being transmitted is not distorted. As a high-speed connector, it can handle up to 10Gigabits/s data rates, making it suitable for high-bandwidth applications.

The 516-230-338 has excellent heat dissipation capabilities, making it suitable for higher temperature applications. Its contact design has effective heat sinking capabilities, protecting the device and ensuring it can stand up to such temperatures and environments without quality degradation. Additionally, the materials used in the connector are anti-corrosive, adding durability and extending the lifetime of the connector.

Conclusion

The 516-230-338 is an 8-position, 2-row pin and socket connector used for many-contact backplane applications. It is used in medical, military, telecom, automotive, and industrial segments, due to its excellent shielding that reduces crosstalk and electromagnetic interference. It has a rugged construction with a positive-locking mechanism for secure engagement and consistent performance in high temperatures. Through its contact construction, it offers superior attenuation and isolation to ensure a reliable and efficient power and data transmission. Its anti-corrosive materials also add durability to this connector.

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