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Backplane Connectors - DIN 41612 is an industry standard developed by the German National Standards Institute for connecting to and routing signals between backplanes. This type of connector is widely employed in the telecommunications industry, computer and networking equipment, and other applications requiring high-speed data transmission. The backplane connectors used with DIN 41612 are divided into two categories: straight-through (Type A) and right-angle (Type B).

Straight-through connectors (Type A) are most commonly used when space is limited in a given application. These connectors have dual solder contact points and a low-profile bushing, with both pins and plugs arranged in the same orientation. This type of connector is ideal for connecting the backplane to the board in a single-layer application, since no additional cabling is necessary. It also provides good signal integrity and low crosstalk.

Right-angle connectors (Type B) are used when more backplane wiring needs to be routed in a crowded area. This type of connector has dual solder contact points, with pins and plugs arranged in opposite orientations. The right-angle connectors allow cables to be routed in a zigzag pattern, providing more space for other components. Additionally, these connectors are suitable for connections between two boards when the space between them is insufficient and there is no room for additional cabling.

The application field of DIN 41612 connectors is extremely broad, ranging from computer systems to telecommunications networks. The connectors are used in virtually any application requiring high data transmission rates and reliable signal integrity. Examples include high-speed switch fabrics, network routers and switches, video transmission applications, and more. Also, the connectors are used to route and switch signals between CPUs, memory, displays, keyboards, and other peripheral devices.

In terms of the working principle, DIN 41612 connectors offer excellent performance because of their two-part design. The two contact points are separated to reduce crosstalk and signal degradation. The dual solder contact points ensure low contact resistance, while the low-profile bushing improves the overall electrical performance. The dual solder contact points also provide good electrical insulation, which ensures that signals are properly transmitted without interference. Additionally, the connectors are designed to be durable and resistant to wear and tear.

In conclusion, DIN 41612 connectors provide an ideal solution for a wide range of backplane and peripheral applications. Their two-part design offers excellent signal integrity and low crosstalk, while providing durable and reliable connections. The connectors are also used in a variety of applications, from computer networks to telecommunications networks. Finally, they are easy to install and have two solder contact points for improved electrical performance.

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