1703351108

Backplane Connectors - Specialized

Backplane connectors, also known as bus connectors, are electromechanical devices used for connecting printed circuit boards and mounting them to a rack or backplane. The most common form of backplane connector is the 1703351108, which is a specialized type of connector which can be used in a variety of applications.

Brief Introduction

The 1703351108 backplane connector is a product of the Weidmuller company, which is known for its reliability and quality products. It is a compact, 3-row connector which is designed to be mounted to a 19” or 21” rack-mount system. This type of connector is a “specialized” backplane connector, meaning that it was developed for specific applications such as the industrial automation, communications, computing, embedded control, lighting and medical imaging industries.

Application Field and Working Principle

The 1703351108 backplane connector is designed for reliable data transmission and power in such applications as industrial automation, embedded control, communications, computing, lighting and medical imaging. It is rated for up to 6.25 A maximum current and is used to connect two printed circuit boards in a 19” or 21” rack-mounted system. The connector transmits data signals along its third row, which is designed for specific signals and includes two coaxial and a pair of differential signal contacts.

The connector also has the ability to both power and protect the connected boards. It is designed for low inductance, allowing for high current potential while maintaining low resistance. The connector utilizes a male/female design, which is designed both for electrical and mechanical performance. The connector has a shield sleeve that is inserted between the boards to protect against shock and vibration, providing a safe and reliable connection over a wide range of operating conditions.

Conclusion

The 1703351108 backplane connector is a specialized type of connector which is designed to provide reliable data transmission and power in a variety of applications. It is rated for up to 6.25 A maximum current, and is designed with a male/female design to provide both electrical and mechanical performance. The connector also has the ability to both power and protect the connected boards, which makes it suitable for applications such as industrial automation, embedded control, communications, computing, lighting and medical imaging.