10085305-2010ELF

10085305-2010ELF application field and working principle

10085305-2010ELF is a type of pluggable connector with Ethernet, LocalTalk and Fibre Channel applications, mainly used in local communication or in data centers for networks up to 10 Gbps. This type of connector is designed to provide easy and reliable connection of wires and cables in order to transfer data. The connector is compliant with IEEE 803.3 specifications, which makes it suitable for signal capture, optical transceivers, fiber optics, and video applications. The connector consists of two parts, a connector on one end and a receptacle on the other, which can be mated easily.

The 10085305-2010ELF connector is built with 8 pins, which makes it suitable for the transmission of data at high frequencies. The pins are arranged in a uniform manner in order to ensure a better connection with the cables. The pins are arranged in order to enable the transmission of data at different frequencies. The connector is designed to withstand high temperature and humid conditions, so that it can be used in various environments. The pins are also designed to provide a reliable performance even in long runs.

The working principle of the 10085305-2010ELF connector is quite simple. The connector is designed in such a way that it can be mated easily with the cables. The pins on the connector are made up of two stainless steel plates, which helps in the smooth transmission of data among the different parts of the cable. The pins are also designed to enable the connection of the external devices such as transceivers and fiber optics. Once the cable is mated with the connector, the two pins are connected together, which allows data to be transferred between them. The data is transmitted at speeds of up to 10 Gbps.

Overall, the 10085305-2010ELF pluggable connector is an excellent choice for a wide range of applications, as it offers reliable and fast connection between two ends. The connector is designed to provide easy and reliable connection of wires and cables in order to transfer data. It is also designed to withstand high temperature and humid conditions, so that it can be used in various environments. Therefore, it is an ideal choice for the transmission of data at high frequencies.