223976-1

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Backplane connectors are an important part of a modern electrical system, connecting system components from the front of a cabinet to the back panel. The 223976-1 backplane connector is a specialized connector primarily designed for use with Ethernet, Fibre Channel and other high-speed serial peripherals. This specialized backplane connector offers improved speed and bandwidth compared to more general purpose types.

The 223976-1 feature a 4-position configuration which supports bus speeds of up to 1.6GB/s. The contacts are soldered-in place for a reliable connection and features four separate contact positions of shielded, unshielded, positive and negative (the shield is furnished). Optional SMT or through-hole termination options are available, and the connectors are compliant with UL, cUL and CSA standards.

In addition to high-speed serial peripherals, the 223976-1 connector is also suitable for use in applications such as machine vision systems or computer-controlled industrial processes that require high-speed data transmission between the components. The connector also features a secure and reliable metal latch mechanism, providing secure mating and a robust connection. The latch mechanism is also designed to provide shock and vibration resistance in industrial applications, making it suitable for the most demanding environments.

At the core of the connector is a unique working principle. The contacts of the 223976-1 connector are curved in such a way that they form an interlocking contact surface. This ensures reliable and continuous electrical contact between mating connectors. This design is also shock resistant, reducing the possibility of signal distortion or shorting due to impacts and vibrations.

The 223976-1 backplane connector is an ideal solution for high speed applications requiring improved speed and reliability. The unique contact design provides improved signal integrity with less crosstalk and improved EMI performance, while the secure latch mechanism ensures a reliable connection. The connector is also designed to withstand shock and vibration, making it a reliable solution for the most demanding operating conditions.

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