223961-1

Backplane Connectors - Specialized category includes an array of specialized connectors specifically designed for specific applications. These applications usually require off-the-shelf connectors that are already wired for the particular application. 223961-1 is one such example.

223961-1 is a backplane connector suitable for high-speed applications that require high-bandwidth and tight signal integrity. It is designed to enable higher speeds over greater distances with lower levels of signal loss. The connector offers right angle, vertical mount options in board-to-board, board-to-cable and mezzanine formats. It ensures superior signal integrity and high-energy efficiency with proven EMI shielding and less board space needed for components.

In terms of application fields, it is widely used in a variety of electronic products and systems. From networking and data communications systems to servers, workstations, storage devices, and storage systems, 223961-1 has a diverse scope of usage. It also meets the needs of many medical and industrial equipment and systems, such as medical imaging, ultrasound, night vision equipment, industry measuring devices, and robotics.

As for its working principle, 223961-1 is a differential pairs and architectures connector that uses a pin-and-socket design to make high speed data transfer connections. It has an insulation displacement contact for reliable connection and a unique latching system to ensure a secure connection. The latching system also minimizes cables and simplifies installation. The contact design also helps in reducing insertion loss (IL) losses. The backplane also features low crosstalk performance and excellent controllability for very low return loss (RL).

223961-1 is not only designed to provide a reliable data transfer connection but also offers a high degree of flexibility for a variety of applications. It is compatible with many existing systems and can be used as a replacement for other connectors. This makes it an ideal choice for applications that require high speed, robust performance, high-bandwidth, and tight signal integrity.