1766886-1

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Backplane connectors are electrical components used to complete the structural and electrical connections between printed circuit boards and other components in electronic systems. The 1766886-1 backplane connector is specifically designed for use in applications requiring the highest performance. The 1766886-1 is designed with a unique contact construction that provides superior signal integrity, contact reliability and power handling capabilities in applications where vibration, shock and temperatures range from -55°C to +125°C.

The contact design of the 1766886-1 backplane connector is optimized for superior electrical performance over the entire operating temperature range. It utilizes high-performance brass spring contacts which are gold-plated to ensure reliable electrical connections. It operates with an impressive maximum current rating of 15A. It is also uniquely designed with a contact interface that is sealed by both the insulator and the gasket, thereby ensuring a reliable connection no matter how many times the connector is used or re-used. Additionally, it has a very low contact resistance of just 20 milliohms, ensuring a high speed signal transfer with minimal jitter.

The 1766886-1 backplane connector also offers excellent shielding performance. Its contact design limits magnetic leakage and reduces the risk of radio frequency interference. Additionally, it is designed with an electroless nickel/gold plating to provide superior conductivity and high corrosion resistance. This makes it perfect for use in applications that require optimum high-speed data transfer as well as superior shielding performance.

The 1766886-1 backplane connector is a robust solution for applications that require the most reliable performance. Its contact design ensures a reliable connection even when subjected to extreme temperatures and vibrations. Its low contact resistance ensures a high-speed data transfer with minimal jitter. Additionally, it offers excellent shielding performance and superior corrosion resistance. As a result, it is an ideal choice for applications that demand the highest performance and reliability.

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