86093487313H55E1LF

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Backplane Connectors – DIN 41612 are a type of connectors used in the electronic industry. The connectors are constructed with rows of pins or sockets arranged in a linear fashion and run perpendicular to the board or printed circuit. Backplane connectors, like those of the DIN 41612 family, are used in various types of application fields and have different working principles.

86093487313H55E1LF Application Field

Backplane Connectors – DIN 41612 are applicable in various application fields like medical instrumentation, industrial control systems, communication systems, switches and routers, power distribution systems, etc. They are available in a variety of sizes and pin pitches to accommodate the different requirements of customers. The connectors are also used in computers and computer peripherals like modems, storage devices etc.

Backplane connectors are popularly used for data and power connections when high performance is demanded. These connectors are capable of transferring data and high-density power over a long distance without suffering from data loss or a drop in signal quality. This feature makes them ideal for high-speed communication systems. The connectors also offer high retention force and latching mechanism that gives reliable connection for heavy-duty applications.

The DIN 41612 family of connectors is also used in the aerospace industry due to its flexibility and robustness. Its design makes it suitable for multiple applications that involve exposure to severe environmental conditions and changing temperatures. The connectors can withstand a high degree of shock and vibrations. They are generally available in aluminum alloy and stainless steel versions for optimal strength.

86093487313H55E1LF Working Principle

Backplane Connectors – DIN 41612 use a two-part male/female connector system consisting of a male header and female connector body. The male header is typically loaded with spring-loaded pins arranged in a linear fashion. The header is inserted into a female connector body which holds it in place via a snap fit connection. The female connector body typically features contact points made from metals like gold or copper, which make contact with the pins in the male header.

A mating mechanism ensures that the two parts create a secure connection when assembled. The edges of the male header are beveled and angled to allow easy and smooth mating. Additionally, a latch or lock is used to ensure that the connection is maintained and won’t come undone.

Backplane connectors – DIN 41612 are capable of providing reliable electrical connections through a combination of superior design and contact arrangement. The connectors are designed with insulation displacement contact (IDC) technology, which eliminates the need for soldering, offers high connection speed, and ensures low electrical resistance. The connectors also ensure superior EMI noise protection due to its design and ground plane pattern. The male and female parts are also THz/GHz friendly, making them suitable for use in a wide range of applications.

The DIN 41612 family of backplane connectors is also capable of providing high-density power and data connections, making it suitable for complex system applications. The connectors can support current up to 100 amps and power up to 500 watts. The high-speed contact wiping with electrical contact separation allows for high vibration and shock resistance with minimal data loss. The contacts are also anti-rust and E-Stress resistant.

In conclusion, Backplane Connectors – DIN 41612 are highly versatile connectors able to be used in a variety of application fields, from medical and industrial to aerospace and communication systems. The 86093487313H55E1LF series of connectors is known for its strong performance and reliable connections, making it suitable for connecting high-density data and power applications. Through a combination of superior design and contact arrangement, high retention force, and insulation displacement contact technology, this series of connectors is able to provide a secure and reliable connection.

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