09050483202

09050483202 Application Field and Working Principle

09050483202 backplane connectors are used in machine applications, computer systems, industrial computer and I/O systems, robotic systems, telecommunications systems, data communication equipment and other applications where a backplane connection is needed. These connectors are able to provide a reliable and efficient electrical connection between the boards, even in high-vibration and thermal shock conditions.

A backplane connector offers a reliable and efficient electrical connection between different printed circuit boards (PCBs) in the system. It is designed to reduce stress on electrical connections due to vibrations and temperature variations. The 09050483202 backplane connector is a three row, seven slot connector, designed to carry up to a maximum of 500V rms at 50 Vdc, and an overall current rating of 10A and 4A, respectively. The connector is designed to provide an efficient and reliable electrical connection between electronic hardware and the board.

The correct operation of the backplane connector is highly dependent on the proper use of the contact and pins, as well as on the choice of contact materials and manufacturing processes. The contact includes a mating section which is positive fit into the slot of the backplane location, and a contact member which is riveted or soldered into the board. The mating section is then placed into the pocket of the backplane location and secured in place with a retaining clip.

The 09050483202 backplane connector is made using a thermoplastic insulation material, making it resistant to wear, chemicals, abrasion, and corrosion. The contact materials used in this connector include a variety of metals such as bronze, copper, brass, and stainless steel. The contact materials used in this connector are highly resistant to oxidation and can withstand extreme temperatures, making them well-suited for a wide range of applications.

The working principle behind this backplane connector is simple; the contact material is held in place by a solid retention pin which is driven into the pocket of the backplane location. The contact is then secured in place by a separate retaining clip, preventing any movement or contact loss. The pins and clips provide electrical isolation between the boards, making it possible for the two boards to be powered without causing damage to the contact system. This isolation also helps to ensure that the contact points remain in contact with each other, providing a reliable electrical connection.

In conclusion, 09050483202 backplane connectors are highly reliable, efficient, and durable. They are also highly resistant to damage from vibrations and temperature variations, making them well-suited for use in a wide variety of applications. The contact materials used in this connector are also designed to provide excellent electrical connection, as well as reduce stress on the contact system due to oxidation. The working principle of the connector also provides optimal electrical isolation between the boards, ensuring that all contact points remain in contact with each other.