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Introduction

The DIN 41612 Backplane Connectors are designed to facilitate signal interconnections in applications where multiple printed circuit board assemblies (PCBAs) are present. This type of connector is suitable for use in computers, digital audio equipment, medical and aerospace applications. The connector is designed for use in both a vertical and horizontal orientation based on the application requirement. It is available in several pin lengths to accommodate all high density applications. It employs a wide range of mounting and insulation materials and is capable of supporting the highest voltage and power requirements of these extreme applications.

0850139001 Application Field and Working Principle

1. Application Field DIN 41612 backplane connectors are designed for use in computers, digital audio equipments, medical and aerospace applications. These connectors are suited for use in high density applications where multiple PCBs and circuits must be connected. The connector is available with several pin lengths to suit different applications.2. Working Principle The DIN 41612 backplane connector consists of a male and a female part. These two parts interface with each other and create a secure connection which allows signals to be transferred between two separate circuits. The female part is generally the stationary component and is usually mounted on the PCBA. The male part is the movable component and typically slides onto the female connectors when mating. The contact force required to ensure tight connection between the parts is adjustable and the connectors are designed with multiple locking mechanisms to ensure secure mating.The contacts within the connector are comprised of metallic springs which provide low contact resistance. The contact friction is reduced to ensure low insertion force and to prevent wear and tear of the contact points. The contact points also provide reliable contact force for reliable signal transmission. The connector is insulated with multiple insulation materials to ensure high voltage operation and protect against electrical shock. It is designed to withstand high temperatures and its hardware is gold plated to resist tarnishing.

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