59567-1004LF

Backplane connectors are an important part of any electrical application and setup. While most types of connectors serve a general purpose, specialized connectors are designed to meet specific requirements. One example is the 59567-1004LF backplane connector. This type of connector is designed for applications where high speed signal integrity, limited board space, and reliable connections are important.

The 59567-1004LF backplane connector is designed to fit in a 0.8mm or 1.2mm thick board. It features a retention clip and secure latching mechanism to ensure the connector remains in place. The retention clip is designed to hold and secure the connector in place when it is inserted in the board, preventing it slipping or falling out. It also has a firm latching mechanism that prevents accidental disconnection.

The 59567-1004LF backplane connector has an insulated metal shell with a single port. This ensures it can support millions of signal changes without any risk of damage. It features two rows of two contacts, which provide two signals each. These signals are then routed to their respective pins on the connector, allowing for reliable connections.

The 59567-1004LF backplane connector relies on a low-resistance pairing of contacts to ensure reliable signal transmission. Its signal integrity and low-resistance connections make it suitable for many different applications. For example, it is often used for high speed interconnects in networks, storage devices, and data centers.

The 59567-1004LF backplane connector also has high thermal performance. It is able to achieve a high heat dissipation coefficient and has been tested to withstand up to 600V. This makes it an ideal option for applications where high power signals are required, such as test and measurement equipment.

The 59567-1004LF backplane connector is an excellent option for reliable high-speed signal transmission in a variety of applications. Its combination of a secure latching mechanism and high-performance contacts and insulation makes it a reliable and effective choice for any application that requires these features.