MMA25-0141P1

Backplane Connectors - Specialized

The MMA25-0141P1 is a specialized backplane connector that offers superior connection reliability for applications in harsh environments. It features two separate contact points in a single row, allowing for increased flexibility in high-density configurations. The design also increases the seating force available beyond the capabilities of standard backplane connectors, allowing for improved signal integrity and higher performance in demanding applications.

Application Fields

The MMA25-0141P1 is designed for high-reliability applications in environments that have extreme temperature and humidity levels, such as those found in under-the-hood automotive, outdoor telecom, and medical applications. It is also suitable for military and aerospace applications. The increased seating force and two contact points allow for superior connection reliability and improved signal integrity, which make this specialty connector ideal for applications that require both performance and durability.

Working Principle

The MMA25-0141P1 utilizes two contact points in a single row. The two contact points are electrically and mechanically isolated, which allows for better connection reliability and improved signal integrity. The design also increases the seating force available beyond the capabilities of standard backplane connectors. This allows for improved contact force and improved signal integrity.

The contact force is achieved thanks to a series of interlocking grooves. This enables a reliable mechanical connection without damaging the contact points. The contact points themselves are designed to provide a secure connection without any stray signal interference, which is important in applications that demand high performance. Additionally, the two contact points help to reduce the possibility of switching errors due to misalignment.

The MMA25-0141P1 offers superior connection reliability and improved signal integrity for applications in harsh environments. It is designed for high-reliability applications with extreme temperature and humidity levels, which make it ideal for under-the-hood automotive, outdoor telecom, and medical applications. Additionally, the increased seating force and two contact points help to reduce switching errors and provide better signal integrity. The design of the contact points also ensures a secure connection, which is important in applications that require high performance.