PCN21-125PB-2C1 Connectors, Interconnects

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Backplane Connectors - Housings are an essential interconnect system in the development of modern technology. From large computing and telecommunications systems to advanced medical equipment, these connectors provide the bridge between components, boards, and processors, enabling the efficient transfer of information and power. The PCN21-125PB-2C1 system is a high-performance backplane connector system used in a variety of machines, labs, and research projects. Its features, application fields, and working principles will be discussed.

Features

The PCN21-125PB-2C1 backplane connector system has a long list of features that make it the ideal choice for multiple applications. It has an operating temperature range of -55°C to +125°C, which makes it suitable for use in demanding environments. It is also highly resistant to moisture, dust, and other industrial contaminants. Moreover, it has a voltage rating of 250V, making it strong enough to be used in the most demanding applications. The system also supports differential signal and ground connections, which makes it ideal for data transmission.

Application Field

The PCN21-125PB-2C1 backplane connector system is widely used in large telecommunications systems and data centers. It is also used in medical equipment for accurate data transmissions and reliable power. Additionally, it is used on military and aerospace components, where it is used to provide reliable connections in challenging environments. Furthermore, the connector system is used in high-speed communication systems, where its differential signal and ground connections enable efficient data transmission.

Working Principle

The working principle of the PCN21-125PB-2C1 backplane connector system is based on the connection of two sets of power and data circuits. The system consists of a male and female socket, each containing a set of pins and sockets for the connection of the power and data lines. The female socket is used for connecting the power lines and the male socket for connecting the data lines. The power and data lines are then connected and clamped securely to create a stable connection. This connection ensures that the data is transmitted efficiently and accurately.

To ensure the secure connection, the PCN21-125PB-2C1 backplane connector system is designed with a unique locking mechanism. The locking mechanism consists of a locking lever on the female socket and two hooks on the male socket. When the male and female sockets are fully assembled, the lever will be in the locked position. The two hooks then securely latch into place, creating a strong and stable bond between the power and data lines.

Conclusion

The PCN21-125PB-2C1 backplane connector system is an essential interconnect system that is used in a wide range of industry and research applications. It is renowned for its reliability, durability, and high performance ratings. Its features enable it to be used in a variety of applications, from large communications systems to advanced medical equipment. Its working principle consists of a male and female socket that are securely connected, creating a secure connection for data transmission. It is an essential interconnect system that ensures the efficient and accurate transfer of power and data.

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