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DIN 41612 is a backplane connector family used in computer, instrumentation, and communications equipment. It is a widely used connector featuring a wide variety of configurations and pole counts. It provides both linear and perpendicular mating orientations and male and female header options.

The DIN 41612 is designed to meet the requirements of high-density systems, with three classes of rows compared to two of other connector series. The DIN 41612 is particularly suited to power/signal mix applications. The wide range of available connection types allows the design of complex circuit boards with a limited number of interface types.

The application field and working principle of the DIN 41612 are applicable to both aerospace and industrial applications. In addition, it is suitable for interconnect applications in many other industries.

The DIN 41612 uses a basic types of contacts: pin headers and receptacle headers. The connectors are designed to connect a printed circuit board (PCB) to mate with a corresponding female header. The basic components of the system are the printed circuit board and the connectors. The male pins of the connector are inserted into the female receptacle header to form a complete connection. A single connector is typically used to mate two PCBs and when more than two PCBs are mated, multiple connectors are used.

The DIN 41612 system allows for many different configurations and types of connections. This makes it suitable for a variety of applications, from telecommunications and audio equipment to data networking and computer systems. Several different types of contacts can be used in a single connector — power pins, signal pins, and ground pins all can be used in various configurations.

The working principle is relatively straightforward. The connectors are used to join two printed circuit boards, providing electronic signals on the rear and power and/or signal inputs on the front. Power and signal pins in a backplane connector are typically arranged so that all of the pins face inward, toward the mating header contact, while the ground pins are arranged facing outward, away from the mate contact. This ensures that power and signal pins are shielded from each other, allowing for better signal integrity.

The key features of the DIN 41612 include a reliable and low-cost mating system, liquid-crystal polymer insulators, wide pole count range, and tight impedance control. The connectors come in a variety of sizes and configurations to suit different types of computer, instrumentation, and communications equipment applications.

The DIN 41612 connectors are designed to provide reliable interconnects for a variety of applications. Their wide range of available connection types allows for the design of circuit boards with a limited number of interface types, making them particularly suitable for high-density systems. As such, they are a major component of today’s computer systems, providing the critical link between circuit boards and the devices they interface with.

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