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DIN 41612 is one of the most commonly used types of backplane connectors. As the name implies, these connectors are used for connecting different components inside a computer system, such as hard drives, expansion cards, and the mainboard. The connectors are designed to be robust and occupy minimum space. They are commonly found inside computers, telecommunications equipment, and other consumer electronic devices. This article will explain the application field and working principle of DIN 41612 backplane connectors.

DIN 41612 backplane connectors are designed to provide power to modules or other devices within the computer system. They are unique in that they provide low-voltage power and high-speed data interconnect signals between multiple devices. This type of connector is ideal for scaling and expanding systems, as it supports multiple input/outputs (I/O).

The connector can be used in a variety of applications, ranging from consumer electronic components to industrial applications. Common applications include the connection of hard drives, expansion cards, and mainboards. They are also used in telecommunications equipment, for example in mobile phones, and other computer systems. High-density applications, such as in medical imaging systems, may also use DIN 41612 connectors.

The connectors are designed to reduce interference and crosstalk. They provide interference shielding and careful EMI design for reliable long-term operation. Their design also helps to reduce radio frequency interference (RFI).

DIN 41612 connectors consist of two or more contact pairs. These contact pairs are arranged in a specific pattern and is called the “fault-tolerant” configuration. This arrangement ensures that if one contact fails, the remaining contacts will still provide proper functioning. The contacts are then surrounded by a shielding body. The shielding body helps to reduce interference and to provide mechanical protection.

The connectors are made from various materials such as plastic, metal, and other insulating materials. Metal parts are often plated with copper or other metals for more efficient signal transmission. The basic design of the connectors includes two layers: top and bottom.

The top layer consists of a board-level connector, which is typically designed from either metal or plastic. The board-level connector provides power and control lines between the top and bottom layer. The bottom layer contains a signal transmission line and is often designed from plastic. The signal transmission line is designed to reduce electrical noise and ensure low-loss signal transmission.

The pins of the connectors are typically arranged in a 3 x 3 or 5 x 5 pattern. The pattern differs depending on the application. The connector housing is designed to provide a secure connection and protect the contacts from oxidation or damage.

DIN 41612 backplane connectors provide secure and reliable connection between different components inside a computer system. They offer high performance signal transmission and are designed for easy installation and removal. The connectors are made from quality materials and designed to resist corrosion and electrical noise. Their mechanical construction ensures reliable performance for a long period of time.

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