MP2-H030-51P1-S-TG30

The MP2-H030-51P1-S-TG30 is a specialized backplane connector, designed with both the application field and working principles in mind. It is used mainly in high-speed backplane applications, where it is able to provide high performance, without sacrificing reliability or safety.

The application field of the MP2-H030-51P1-S-TG30 is mainly in high-speed backplane applications, such as networking and telecommunication equipment. In this field, the MP2-H030-51P1-S-TG30 is designed to provide the highest performance possible, while still guaranteeing safety and reliability. The backplane connector is also suitable for use in rugged environments, such as military and aerospace applications.

The working principle behind the MP2-H030-51P1-S-TG30 is based on the concept of differential signaling. This is the use of two separate signals — in this case, positive and negative — to achieve reliable communication even in adverse environments. This is done by transmitting digital data via two different channels, which results in greater data accuracy and improved signal integrity.

The MP2-H030-51P1-S-TG30 uses two different terminals for each channel, with one required for both the differential signal and the ground reference. This ensures impedance matching and improved signal quality, helping to minimize crosstalk and other distortions. The connector also utilizes a higher current rating, allowing it to maintain a reliable connection even in higher temperature applications.

The MP2-H030-51P1-S-TG30 is designed for easy installation and is compliant with RoHS, CE, and UL standards. It is also available in a variety of sizes, ensuring compatibility with a variety of backplane applications. The connector is also designed with contact zones for both blind mating and through-hole applications, making it ideal for both real-time and long-term applications.

Overall, the MP2-H030-51P1-S-TG30 is an excellent choice for use in high-speed backplane applications. Its differential signaling design allows for reliable communication, even in adverse environments, while its compatibility with RoHS, CE, and UL standards ensures safety and reliability. Finally, its versatile design and ease of installation make it well suited for a variety of backplane applications.