FPC202RHUR

The FPC202RHUR is a technology interface specialized in data communication and has a wide range of applications. It is a 2-channel fin plate to plate connector with 100 ohms impedance, that is, a differential transmission system. It is closed-form wrap cable type and suitable for board-to-board, cable-to-board or cable-to-cable connection. It is 25.4mm in total patch length and has a rugged body and robust design. This makes it ideal for industrial application requiring long-term reliable connection and where environmental and seismic shock are paramount.

The FPC202RHUR has a power rating of 5A, a contact resistance of 10mOhm and insulation resistance greater than 1000Mohm. It also has RoHS, UL, Reach and Halogen Free with UL94 V-0 recognition, giving it an extended market reach. Additionally, it is 802.3 compliant, making it compatible with many other communication systems.

In terms of the FPC202RHUR application field and working principle, here’s a brief overview. The FPC202RHUR supports a variety of communication solutions, including PCIe, USB, HDMI, Ethernet and Ethernet compatible systems. This makes it an convenient and efficient solution for many applications. The working principle of the FPC202RHUR is based on the differential system. Differential signals from the transmitting and receiving ends transform the electrical signals to the interface, which are then processed and sent out of the interface. This ensures long distance high-speed transmission of data between the two ends with minimal noise and interference. The FPC202RHUR also supports a high speed data rate of up to 10Gbps.

In conclusion, the FPC202RHUR is an interface specialized for data communication applications. It is a versatile, robust and reliable connector designed to meet the requirements of many applications. It’s ideal for industrial and communication solutions requiring long-term reliable connection, with technical support and a extended market reach. The FPC202RHUR has a working principle based on a differential system that is compatible with many communication standards, making it an efficient and reliable solution that is suitable for many applications.