17011542502

Backplane Connectors are specialized devices that are used to transmit signals and electrical current between circuit boards, systems, and subsystems.

17011542502 is a Hard Metric Backplane Connector, and is used in applications within a broader category of backplane connectors. This type of connector is designed to provide high-performance signal and power connections in high-frequency applications that require tight control of insertion loss and crosstalk.

This Hard Metric Backplane Connector has two rows of contacts which are coupled together by an “X” component. The contacts are aligned in a row and have “hard metrics”, which are physical measurements that determine the contact’s properties such as electrical performance.

The contacts on 17011542502 are made from copper alloy, and have gold plated surfaces which provide reliable, low resistance connections.17011542502 is a standard connector with an industry-standard metric interface.

The 17011542502 has several features that make it a reliable choice for backplane usage. The contacts on the 17011542502 are spaced at 0.8mm intervals, and the contacts are finger-touch safe, which eliminates the need for special tools when connecting and disconnecting the connector. In addition, the connector has a unique polarization system, which helps ensure that the connections are properly made.

17011542502 has been designed with the highest standards in mind. The connectors are designed to withstand harsh environmental conditions, such as shocks, vibration, electrostatic discharge, moisture, and corrosive elements, without affecting performance.

The internal components of 17011542502 are designed to provide reliable signal and power connections with exceptional performance. The contact arrangement on the 17011542502 allows for excellent signal integrity, low crosstalk, low insertion loss, and low return loss, making it ideal for high-speed applications such as Ethernet.

In summary, 17011542502 is a Hard Metric Backplane Connector designed to provide reliable signal and power connectivity in high-speed applications. Its features include an innovative polarization system, finger-touchsafe contacts, and exceptional environmental resistance. Its physical design allows for high performance with minimal insertion loss and crosstalk.