208201-2

Backplane Connectors - Contacts have become a critical component in many electronic applications, especially those in which high performance, reliability, and low cost are important. The 208201-2 is one of the most widely used backplane connectors on the market today.

This connector features a unique design which allows for efficient use of space while ensuring reliable connections. It has 2 rows of 12 contacts, with each row having an inner and outer contact. This makes it one of the more versatile connectors, as a variety of signal types can be used. It can be used for both differential and single-ended type signals. Furthermore, the connector utilizes a dedicated mating system in order to ensure proper connection between the two connectors.

In terms of applications, the 208201-2 is especially suited for use in automotive and communication systems. It is also suitable for applications where the mating height is an important issue, such as in small form factor PCBs or cable assemblies. Additionally, its unique design makes it suitable for applications where short length and high density are required, such as in server enclosures and storage systems.

The working principle of the 208201-2 is relatively simple. Its two rows of 12 contacts are arranged in a reverse-tapered pattern, which serves to increase the electrical contact force and improve signal integrity. When the mating connectors are inserted, the outer contacts will come into contact with the mating contacts first, in order to create a reliable electrical connection. The inner contacts will then come into contact with the mating contacts, further improving the electrical connection and making the connection more reliable.

In conclusion, the 208201-2 backplane connector is an excellent choice for many different applications. It is reliable, cost-effective, and can be used for a variety of different types of signals. Furthermore, its unique design provides excellent electrical contact force, improving signal integrity and making it an excellent choice for applications where short length and high density are needed.