PCN10-128S-2.54DSA(73)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The PCN10-128S-2.54DSA(73) is an enhanced version of the popular PCN10-128S-2.54DSA(72) backplane connector, which has been the industry standard for over 25 years. The enhanced version features improved mounting stability, higher contact density and the ability to terminate a variety of cables and crimps. It is designed to provide connection and stability in high-speed applications that require reliable connections and long-term dependability.The connector is highly versatile and used in a variety of backplane applications. It is suitable for applications with high electrical and environmental demands such as telecommunications, industrial and automotive. It can support up to 128 signals and can be mounted in dual inline and right angle configurations for easy termination to a variety of substrates.The PCN10-128S-2.54DSA(73) features a unique spring-loaded design which provides improved contact reliability and stability. This design prevents any contact movement from occurring while connected, ensuring a secure connection and a consistent performance. The contact points are made from gold plated contacts which provide excellent conductivity and superior durability. The contact array also features an improved keying feature for increased retention strength and electrical connection.The connector also features an optional temperature protection circuit which allows for current circuit temperature protection. This feature ensures reliable operation at extreme temperatures and ensures that any failure is noted quickly ensuring a safe and reliable product.Overall, the PCN10-128S-2.54DSA(73) is an ideal backplane connector for a variety of applications. It offers superior reliability, enhanced cable termination stability and a wide range of performance and features. With its improved mounting stability and ability to terminate a variety of cables and crimps, it is an ideal choice for applications requiring higher contact density and long-term dependability.

The specific data is subject to PDF, and the above content is for reference