SI-50211-F

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Modular connectors come in a wide variety of designs to meet the demands of almost any application requiring secure data transmission. Among them, the SI-50211-F jack with magnetics provides a reliable solution for applications that require robust data transmission in a wide range of electronic systems. This article will discuss the application field and working principle of the SI-50211-F jack.

The application of the SI-50211-F jack with magnetics primarily involves digital applications, such as Ethernet and high-speed serial data networks. It is designed with high-performance integrated magnetics for improved data transmission capability and is capable of carrying data rates up to 10 Gb/s. Additionally, it has extreme EMI shielding and low emissions rate to meet the strictest requirements of industrial and military applications. It can also be used in audio, video, and other media systems.

In terms of its current carrying capacity, the SI-50211-F jack with magnetics can carry up to 10 amps per contact. It operates over an extended temperature range of -40°C to +85°C and is designed to handle high contact closure forces up to 9N per contact. It also has a low contact resistance, allowing for efficient power transmission over long distances. Additionally, it meets MIL-STD-2041 and UL 2043 flame retardant standards.

In terms of its working principle, the SI-50211-F jack with magnetics utilizes an integrated magnetic core in the contact area. This magnetic core allows for improved electrical performance over standard jacks by providing a controlled inductance path between the contacts. This inductance path helps decrease any inductive noise and prevents signal loss, allowing for improved data transmission. Furthermore, the integrated magnetics reduce the overall size of the module, allowing for increased space efficiency.

Overall, the SI-50211-F jack with magnetics provides a reliable interface for secure data transmission in a variety of applications. It offers superior performance, low contact resistance, and extreme shielding for better data and signal integrity. Additionally, it can operate over a wide range of temperatures and handle high contact closure forces while meeting strict flame retardant standards. As such, it is an ideal choice for digital applications requiring robust and reliable data transmission.

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