207235-5

Backplane Connectors - Accessories

Backplane connectors have a wide variety of application fields and working principles. The 207235-5 backplane connector is no exception. It is a high-speed plug-in board-to-board connector ideal for applications such as high-speed data centers, computer servers, router and switch systems. It can provide up to 37.5Gbps data throughput in each port and operates in temperatures from -20C to 110C.

The connector is designed to not only provide high speed connection, but also offer a robust solution to ensure smooth and fast data transmission. It uses a patented dual path shielding technology to reduce and eliminate crosstalk and electromagnetic interference. This can help reduce the possibility of data corruption due to interference and signal integrity issues. The connector also incorporates a unique low-insertion-force contact system for easy insertion and release.

The 207235-5 connector is designed to be used with a high-performance backplane interface for an extremely reliable connection. It has an outstanding mating cycle and proprietary termination schemes which make it easy to install and remove and also provides flexibility when it comes to matching different signals. The connector is made of a high strength insulated metal construction that is corrosion and temperature resistant.

In addition to its robust construction, the 207235-5 connector features an insulation displacement contact system which ensures reliability and longevity. It also incorporates lead-free solder which increases the reliability in harsh environment applications. The connector can be used in a range of applications such as switches, routers, servers, storage, and mobile computing.

The 207235-5 connector is a reliable solution for high speed data centers and computer servers. Its robust construction, reliable mating, and easy installation make this a great choice for any application. With the quick and easy installation process, users can be sure that they have a reliable connection that will ensure uninterrupted data transmission in even the most demanding environments.