MP2-S168-41P1-TR30 Connectors, Interconnects

Backplane connectors are the critical point of any system in which the connections are essential to ensure a smooth functioning and reduce noise. MP2-S168-41P1-TR30 is one such type of backplane connector. It is specially designed for use in high-density signal conditioning applications where it provides reliable connection and optimal performance. The connector is made up of a high-density substrate, gold plated contact pins and a high-reliability housing material that can withstand the vibration and shock.

The connector is especially suited for automated applications in which signal integrity and fast response are crucial. It allows up to 41 pins through mated contacts that are designed to be interconnect with high-density backplanes. Its robust construction ensures reliability and stable operation to meet the strict requirements of the application.

The unique design of MP2-S168-41P1-TR30 makes it able to withstand shock and vibration, provide the signal integrity and reduce the insertion and extraction force. The design offers three key elements of signal integrity – electrical performance, mechanical performance and thermal performance. The electrical performance of the connector is achieved through a low contact resistance of 0.35 milliohms that minimizes signal noise. The thermal performance is achieved through a design that provides good thermal characteristics when connected to a backplane.

The mechanical performance of the connector is ensured through features such as high blind-mate capability that allows fast connection and optimized performance. The contacts of the connector are arranged in a two-layer gold plated contact that is designed for a low insertion force that ensures reliability. In addition, the reinforced housing material ensures a minimum mechanical endurance level, as well as a high-temperature resistance of 135°C.

In summary, the MP2-S168-41P1-TR30 is an excellent choice for applications that require high-density wiring and reliable connection. Its unique design ensures reliable signal integrity, low contact resistance and high temperature resistance. It is able to reduce noise and reduce the insertion and extraction force to provide the best performance. In addition, it is robust and able to withstand shock and vibration, making it suitable for automated applications.