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DIN 41612, also known as the 96-pin backplane connector, is widely used in a variety of industrial applications. It directs the system-level signals from the microcomputer and the other elements to the correct pins in the backplane. This allows engineers to quickly assess the electric and mechanical characteristics of the system.

The DIN 41612 connector typically consists of two parallel, longitudinal rows of pins dispersed uniformly on a rectangular bodied female plug connector. It is designed to form a connection between two boards (inter-board or "backplane"). The central columns are used for multipoint connections and the external columns are used for signal connections, each with 16 pins of a specific size. This arrangement allows the boards to be conveniently connected together.

The backplane connector, commonly known as a DIN 41612 connector, provides an efficient signal routing path between the printed circuit boards and other associated components. This signal routing process is achieved by connecting integral contacts located in the DIN 41612 connector. The integral contacts of the backplane connector are divided into two distinct lines -- a principal line for high-speed signals that carries the quickest and most critical information, and a secondary line used for low-speed signals that carries information of lesser importance.

The operation of the DIN 41612 connector is best understood from a view of the connectors at the system-level. From a system-level view it can be seen that the 96-pin backplane connector is connected to both the circuit boards and associated components. This connection provides a direct signal path between the two. In addition to providing a direct signal path, the backplane connector helps to reduce system complexity by providing a common interface for all the components in the system. The DIN 41612 connector is designed to be sturdy, reliable and easily assembled. Its primary aim is to provide a direct signal path between the boards and other associated components without any interference or signal degradation.

The working principle of the DIN 41612 connector is quite simple. When the two redrawn portions of the connector are connected, the connector’s contact pins slide into their corresponding holes on the printed circuit boards. This creates an electrical connection between the boards, which allows the wires to send signal between the two. When this electric connection is complete, it effectively creates a direct electrical path between the boards, allowing signals to pass between the two with relatively low electrical losses.

In addition to directly connecting the boards, the DIN 41612 connector can also serve as an electrical protection device. The electrical connection between the boards helps protect the circuit boards from being damaged by stray electrical signals, making the entire system safer and more reliable. Because the connector is made from strong, durable material, it also serves as a physical connection between the two boards, preventing them from being damaged or loosened.

The DIN 41612 connector is one of the most popular and widely used backplane connectors in industrial applications. Its efficient signal routing, low cost, durability, and easy assembly make the connector a popular choice. Its versatility and convenience make it a suitable choice for a wide variety of applications.

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