17130952205

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Backplane connectors can be categorized into three main groups - Hard Metric, Standard, and Compact. Hard metric connectors are designed to provide higher levels of signal integrity than traditional Standard backplane connectors, and are typically used to interconnect high-speed communications infrastructures. Standard backplane connectors are widely used in industrial, military, aerospace, and other applications which require reliable connection. Compact backplane connectors are typically used for low-density applications, such as routers and switches.

17130952205 Application Field and Working Principle

17130952205 is a Hard Metric backplane connector, designed for high precision performance and reliability in high speed digital boards and applications. It has a robust design and large contact area to resist corrosion and wear. The connector has a protruding pin shape that fits into the socket of an adjoining device and allows for very low hot-swapping current, with excellent flexibility for stacked arrangement. Moreover, the connector has EMI/RFI shielding for increased signal integrity.

The 17130952205 connector has several application fields, such as industrial networks, home automation, automotive, robotics, data centers, mobile communication systems, sensors, computers, and measuring instruments. This type of connector is designed for high-speed performance, so it often used in very high frequency data transfer applications. Furthermore, this connector is widely used in rapid prototyping applications where a convenient and reliable method of prototyping connections is needed.

In addition, this type of connector is designed for reliability and durability, as well as for long lifespan and high-speed performance. The 17130952205 connector also provides excellent EMI/RFI shielding within the circuit, reducing radio frequency interference from connecting apparatus or components.

The working principle of the 17130952205 connector is based on a specific pin arrangement. When two compatible connectors are mated, each pin of the female connector is precisely aligned with the corresponding hole on the male connector. As the connectors are fully mated, the spring-loaded pin structure ensures a secure, tight fit and reliable connection.

Furthermore, the electrical connections are completed within the pins and sockets, with special contact springs providing a reliable, low-resistance connection. This type of connector is normally equipped with multiple contact rows, providing high-speed signal transmission with reduced crosstalk and noise.

The 17130952205 connector provides reliable and high-speed performance in a range of applications, including industrial networks, data centers, sensors, and rapid prototypes. Its robust design offers corrosion and wear resistance, and its high-precision pin arrangement ensures an efficient, reliable connection. Additionally, the connector provides excellent EMI/RFI shielding, reducing radio interference from the connected components.

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