HM2R20PA5104N9

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Backplane connectors are used whenever multiple components need to be connected within a circuit. They are commonly found in a broad range of applications, from computer motherboards to consumer electronics, industrial control sensors, robotic arms, and medical imaging equipment. Backplane connectors are produced in both hard metric and standard versions, and the right solution will depend upon which type of application it is being used for. HM2R20PA5104N9 is an example of a backplane connector. It is a hard metric product designed for high-performance applications.

The Hard Metric system, also known as Metric Access (MTA) or CompAid, is designed to provide a reliable and standard connection for all the different components and systems comprised of electronic devices. The Hard Metric system is based upon a 2.00 mm pitch spacing, and is ideal for applications where signal integrity and increased transmission speed are important. HM2R20PA5104N9 is a high-performance backplane connector from this family of products. It has been designed to be used in applications that require high-speed transmission, such as communication and control systems, where specialized cabling connectors are often used.

HM2R20PA5104N9 has a two-row configuration for mounting and features standard-pitch spacing on both rows. This design allows for superior connection to the mating component and provides excellent mechanical stability and reliability. The connector is also designed with an easy-to-assemble mechanism that requires no additional hardware for installation. The proven design features an added PCB retention mecha- nism which prevents PCB damage when the connector is disconnected.

In terms of the working principle of HM2R20PA5104N9, the key features are the soldering technology and the materials used to construct the connector. The cables used with this connector are soldered to the contact pins. This ensures that the connection between the pins and the cable is seamless and electric current flows with greater efficiency. The contact pins are constructed from brass, an alloy which is corrosion-resistant and has excellent electrical conductivity. The insulator material is nylon, which provides excellent mechanical strength and flexibility. The combination of these two materials helps to ensure that the connection is strong and reliable.

HM2R20PA5104N9 is designed for use in a range of high- performance applications such as third-level router boards, Ethernet switches, and high-speed storage devices. The connector is particularly suitable for embedded applications where robust and reliable connections are required, and its dependable design ensures that it will deliver excellent performance in a variety of applications. As such, the connector is an ideal choice for applications where high speed and signal integrity are important.

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