212609-1

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Backplane connectors, also known as vertical connectors, are electrical connectors designed to connect two printed circuit boards, along either a horizontal connector – such as a backplane connector – or a vertical connector such as an edge connector. Housings for these connections are either an in-line design, or a more advanced stackable design that allows multiple layers of boards to be connected. The 212609-1 series of backplane connectors is designed for use in electrical devices such as computers, medical equipment, and telecommunications systems.

This series of connectors are specifically engineered to provide reliable and durable connections. To ensure that they can handle a wide range of temperatures, conditions and voltages, they are made of thermoplastic polyester and a range of metals, such as nickel plated brass and copper. They also feature a dielectric (insulation) layer to protect them from abrasion caused by mechanical strain and crimp terminations for secure fastening. As an added bonus, the 212609-1 series also provides shielding from electromagnetic and radio frequency interference (EMI/RFI).

The 212609-1 series of backplane connectors can be further divided into the housings and discrete mating pieces categories, the former being a modular field connection. Housings work with several unmatched components, including mating pins, crimping, and latching systems, as well as press-fit and solder connections. They provide fast assembly time, making them ideal for rapid product development.

As for how backplane connectors function, the basic concept is that they link together two connectors on opposing boards. The connection works by two parts, the male and female, each with their own contact pins. Essentially, the male part is plugged into the female part and the pins make contact, thus creating the electrical connections needed. This provides an efficient and reliable signal transfer between boards.

In order to adequately ensure secure connections and prevent shorting, it is important that the contact pins’ insulators be hard enough for a secure fit and their surface finished to reduce any chances of arcing. Furthermore, the crimp termination must meet certain standards of quality and stability to ensure that the electrical signal transfer is not only reliable but also consistent.

In addition to the electrical connections, the 212609-1 series also employs a locking mechanism to prevent any potential detachment or accidental contact disconnection that can occur due to vibrations and other environmental factors. This locking mechanism is implemented via a latching system that secures the connector in place, thus ensuring that a secure connection is maintained even in the most extreme conditions.

For the majority of applications, the 212609-1 backplane connectors offer superior performance and reliability. The housings are designed to tolerate a wide range of temperatures and to conform to specific voltage and current requirements, which makes them suitable for many applications. The highly secure latching system ensures that all connections are stable, and the robust shielding provides effective protection from electromagnetic and radio frequency interference.

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