09042322832

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Backplane connectors adhere to the DIN 41612 standard and are widely used in many industrial applications. The DIN 41612 standard specifies the interface requirements for the reliable connection of backplanes. Backplane connectors are designed to allow connection and disconnection of a group of electrical signals, providing a rugged yet adaptable connection type in various applications.

A backplane connector typically incorporates columns of contacts in two or more rows, which interconnect with the mating components that are commonly referred to as the node or card. The pins are usually arranged in a herringbone pattern to provide a high-performance, low-interference, and robust connection. This pattern is also advantageous due to its tight stacking and spacing of contacts, making it suitable for a range of application scenarios.

One type of backplane connector is the 09042322832 system connector which utilizes solid contacts which are threaded into a rear solder cup, or an insulated sleeve surrounding the contact. It can also be equipped with scoop-proof contacts for midplane applications. This type of contact is inserted into a solder cup and secured by means of two screws. The 09042322832 contact is rated up to 6.0A (Max) and has a voltage rating of 300V (Max). It is capable of withstanding an operating temperature range of -40°C to +105°C.

In terms of the working principle of backplane connectors, the pins and connectors must be connected first. When the connector is connected to the node, the electrical signal path is formed between the pins and the rows. Through the ability of mating and de-mating, different nodes can be connected and disconnected. This is achieved by the insertion and/or extraction of a mating card. Today, the application and use of backplane connectors are becoming more and more common in many industries such as industrial automation, transportation, medical, instrumentation, and communications.

Backplane connectors provide a reliable connection for a variety of industrial applications, where the requirement is for multiple vendors to interoperate together. This type of connector also prevents any damage to the contacts due to its robust and secure design. Finally, due to their unique design, backplane connectors provide a relatively low crosstalk and generally provide superior electrical properties, even in the most demanding environments.

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