0850131768

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Backplane Connectors - DIN 41612, also known as 0850131768, are one of the three types of backplane connector types available in the market today. They are commonly used in multiple aspects of computer and electronics hardware, including in communication, networking, server, modems, and industrial applications.

The connector type is typically used to establish connections in a way that is designed to be interoperable between different types of circuit board assemblies, allowing for industrial as well as ordinary communications applications. This type of backplane connection was originally invented by Siemens in 1977. The design features a series of parallel contact rows on a mountable plate. This arrangement ensures that the signal lines are placed in close proximity to their corresponding points on the backplane, making it more efficient than cabling.

The mountable plate is made up of two parts; a mounting plate and a mating plate. The contact rows are placed in the mounting plate, and the mating plate is attached to the mounting plate so that the contacts are in close proximity to each other. The pins are available in two varieties; one is a two-row pin configuration, while the other is a four-row pin configuration.

The two-row pin configuration is the most common form of DIN 41612, with a spacing of 2.54 mm between the pins. A 4 row configuration is also available, with a spacing of 3.96 mm; the increased size of the pins increases the force needed to make a connection. In the 2 row configuration, the signal lines are kept in close proximity, having the least possible distance between the contacts for maximal signal efficiency. With the 4 row configuration, the maximum distance between the contacts is increased, allowing for more robust connections.

The working principle of the DIN 41612 is to allow connections to be established in an efficient and low cost manner. It offers high performance and multiple connection options, making it one of the most versatile backplane components. It is also highly robust, with excellent performance over a wide temperature range. The contact pins provide good electrical isolation, which helps reduce electromagnetic interference. Additionally, the contact pins are corrosion resistant, which increases the connector’s durability.

In the communication field, the DIN 41612 is used for making connections between various types of communication equipment. For example, it is commonly used for making connections between telephone exchanges, routers, base stations, and mobile handsets. In the networking field, the connector is used to make connections between different nodes of a network, and it is also used to connect different components of a computer system, including the CPU, motherboard, and other expansion cards. In the server industry, the connector is used to connect the various components of a server, such as processors, memory, and storage devices.

In the industrial field, the DIN 41612 is used to build connections between various pieces of industrial equipment, such as machine controllers, motor controllers, and other programmable devices. In the case of modems, it is used to connect modems to other systems, such as telephone lines, or to a computer. Finally, in the field of industrial applications, the connector is used to make connections between industrial equipment, such as automated systems, robotics arms, and other machines that require quick connections.

The DIN 41612 is an efficient and reliable way of making connections between different types of circuits and components. It is an industry standard for a wide variety of applications, and has been in use since 1977. With its robust construction, reliable performance, and wide temperature range, the DIN 41612 is the perfect choice for any system needing a reliable and cost-effective means of establishing connections.

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