10106126-6005002LF

Backplane connectors are specialized connectors that provide a high-speed communication path for many types of printed circuit boards and other electronic devices. The 10106126-6005002LF backplane connector is a Quadrax/HPCx type of connector designed for superior signal integrity, making it ideal for a number of demanding applications.

The 10106126-6005002LF backplane connector utilizes a 4-way configuration to ensure excellent cross-talk performance. It features a twisted-pair construction for superior signal integrity and a 1.27mm pitch that is acceptable for applications involving high-density boards. The copper plating of the contacts ensures excellent electrical performance, while the gold plating ensures resistance to corrosion. The connector is low-profile with a height of only 2.8mm, making it ideal for stacking boards in tight spaces. It also features a 1A/contact current rating, making it suitable for many types of power-carrying applications.

The 10106126-6005002LF backplane connector is particularly well-suited for a number of applications, including industrial automation, data acquisition systems, robotics, medical equipment, and automotive electronics. It can also be used in electronic gaming systems and consumer electronics.

The working principle behind the 10106126-6005002LF backplane connector is fairly straightforward. When properly installed, the connector provides a secure connection in which signals can travel back and forth between two or more boards. The signal is transferred through the gold-plated terminals of the connector, which provides both electrical and mechanical connection points. The twisted-pair construction helps reduce the effect of ground currents and provides superior signal integrity, which is important for data-critical applications.

In summary, the 10106126-6005002LF backplane connector is a specialized type of connector that offers supreme signal integrity in high-speed communication applications. It is well-suited for a number of applications, including industrial automation, data acquisition systems, robotics, medical equipment, and automotive electronics. It is also low-profile and can be used in tight spaces. Finally, its working principles help ensure that signals are transmitted successfully between boards.