1986609-1

Backplane connectors are a form of electrical connectors used for interconnecting electronic components on electrical backplanes. The connectors are made in several configurations, and the 1986609-1 is arguably one of the most popular. In this article, we’ll take a closer look at the 1986609-1 and understand its application field and working principle.

Application of the 1986609-1 Connector

The 1986609-1 connector is designed to be used in applications where high-density packing is not a priority. These connectors are usually used for applications such as separating logic boards from I/O boards, separating master cards from slave cards, terminating boards, and parent daughter boards. This connector is perfect for these applications because it supports up to 200 contacts in two rows. It also has a pin-in-socket design that ensures easy mating.

Principle of Operation

The 1986609-1 operates on the simple principle of mating opposites. It has a pin-in-socket design where the pins are inserted into the corresponding sockets to form the connection. This setup ensures that the signals are transferred directly from the pins to the sockets. The connector also has an insulation displacement contact (IDC) design wherein the insulation of the conductors should be removed first before the connection is formed. This ensures that the contacts are making a direct electrical connection instead of the conductors.

Benefits of the 1986609-1 Connector

One of the main advantages of the 1986609-1 is its ability to provide a reliable signal connection in applications that involve high-density packing. This connector offers a wide range of features that make it ideal for use in these applications. For example, it has large Polarising and Keying ridges and slots which make mating easy and strain relief. It also has a design that prevents mis-mating. Additionally, it has low contact resistance which leads to improved signal transmission.

Conclusion

The 1986609-1 connector is one of the most popular backplane connectors. It is designed to provide reliable signal connections in high-density packing applications. The connector operates on the simple principle of mating opposites and it has several features that make it ideal for use in such applications. These features include large Polarising and Keying ridges and slots, low contact resistance, and prevention of mis-mating.