200875-7

Backplane connectors are widely used in today’s electronic devices. Their purpose is to securely connect two or more points together in an efficient and reliable way. Backplane connectors are used in a wide variety of applications ranging from laptop computers to cell phones, networking systems to telecom infrastructure. The 200875-7 backplane connector is a type of connector made by Amphenol ICC that is designed for applications with higher performance requirements such as high-speed networks. In this article, we will cover the application field and working principle of the 200875-7 backplane connector.

Application Field

The 200875-7 backplane connector is designed to meet the highest performance requirements of high-speed networking equipment. This connector is capable of handling data transfer rates up to 2.5 Gb/s, making it ideal for Gigabit Ethernet applications. It is also capable of supporting 5 Gb/s applications, making it suitable for 10Gigabit Ethernet. Furthermore, this type of backplane connector is also designed to meet the basic requirements for application safety and reliability. The connector is designed to meet both UL94V-2 and RoHS requirements.

Due to its high reliability and performance specifications, the 200875-7 backplane connector is ideal for a variety of applications. It is commonly used in enterprise networks, factory automation applications, aerospace and military applications, and any other applications which require a reliable and high-speed data connection. Additionally, the 200875-7 is backward compatible with both the IEEE 802.3 and the Gigabit Ethernet standards.

Working Principle

The 200875-7 backplane connector is a high-speed and reliable connector that uses a shielded and high-density two row layout to minimize size and weight. The connector consists of a female receptacle and a male plug, both containing sixteen pins and sixteen sockets. The pins are spaced at 0.050” intervals with both the male plug and female receptacle having sixteen guide pins and sixteen surface mount solder tails. The connector also has two guide pins that provide a secure connection.

When connecting the male plug and female receptacle, the guide pins are first mated and secured. This creates a secure connection and ensures that the circuit paths are joined correctly. After the two parts are connected, the sixteen sockets on the male plug are inserted into the sixteen sockets on the female receptacle. This ensures that the signal pathways in the male plug will be properly connected to the paths in the female receptacle. Additionally, the sixteen pins on the female receptacle are inserted into the sixteen sockets on the male plug. This ensures that the signal pathways in the female receptacle will be properly connected to the paths in the male plug.

Once connected, the two parts of the 200875-7 backplane connector will be securely mated and a reliable signal path will be created to transfer data between the two points. This connector is designed to be resistant to vibration, shock, and corrosion. Additionally, the connector is equipped with a locking design that securely locks the two halves of the connector together and prevents accidental disconnection.

Conclusion

The 200875-7 backplane connector is a reliable, high-speed data connection component designed to meet the highest performance requirements. It is used widely in applications requiring high-speed data transmission such as Gigabit Ethernet and enterprise networking systems. The connector consists of two halves which contain sixteen pins and sixteen sockets, and is designed to be resistant to vibration, shock, and corrosion. Additionally, it is equipped with a secure locking mechanism to ensure a tight connection between the two parts, and is backward compatible with both the IEEE 802.3 and Gigabit Ethernet standards.