CP2-HB125-E1-KR

The CP2-HB125-E1-KR connector is part of the Hard Metric backplane connectors family, along with its TB, SB, EB and MB models. This family of standard connectors is one of the most advanced solutions for compact and high-performance backplane systems. It offers greater flexibility and reliability and is ideal for power, telecommunication and data transfer applications.

The CP2-HB125-E1-KR has a high-speed data rate of up to 10 Gb/s and is designed for high-bandwidth applications. It is compliant with the corresponding industry and telecom standards and has an incredibly low insertion force. It has an optimized connection density, low crosstalk and superior insertion and withdrawal. It is also highly reliable and resistant to shock and vibration.

It is perfect for the commercial aerospace industry as it offers data integrity, signal integrity, and positional accuracy in a wide variety of high-performance applications. It is ideal for applications such as high-end backplanes, audio boards, instrument panels and enclosure systems.

One of the main features of this connector is its working principle. It uses a double-row termination mechanism to provide superior cable management and greater reliability. This is achieved by means of two metal contact springs that are soldered onto each Contact of the backplane and connect the two rows of contacts to one another. The metal springs act as “fuses” and ensure that the two rows of contacts are correctly paired during the connection.

In addition, the CP2-HB125-E1-KR uses a twist-and-lock mechanism to secure the connections. This is an innovative and efficient locking system that provides greater reliability and prevents accidental disengagement. It also allows the connectors to be snapped into place quickly and easily.

The CP2-HB125-E1-KR is the perfect connector for applications requiring high-bandwidth data communication, reliability and superior performance. It is ideal for the commercial aerospace industry as it offers data integrity, signal integrity, and positional accuracy in a wide variety of applications. It is reliable, robust and provides high-speed data transfer and superior cable management.