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Rectangular Connectors - Headers, Receptacles Female Sockets

20021323-00022C1LF is a type of rectangular connector used in many electronics and electrical applications. It is composed of a female socket and a header and receptacle. The female socket is used to connect wire and cable to the header while the receptacle is used to connect the header to the PCB board.

The 20021323-00022C1LF connector has various applications due to its configuration and design. It is frequently used as an interconnect for electronic systems, including PC boards, wireless communication systems, and other types of embedded systems. It is also used for discrete digital and analog signals, and to join connecting cables. It is ideal for high-density, low-power applications and for connections that require a certain amount of resistance to vibrations.

The 20021323-00022C1LF connector is optically coupled, meaning that it is connected photoreceptors and transmitters. The female socket allows a light signal to be transmitted to another device. The optical beam is transmitted from the edge of a laser and travels through a fiberoptic cable to the female socket, where it is either reflected off the alumina plate or absorbed through total internal reflection. The received optical signal is then transmitted to another device or converted into an electrical signal.

The 20021323-00022C1LF connector design has several advantages. It is small enough to fit into tight spaces and its shape enables it to fit almost any PCB board or system. It is also highly efficient and reliable when dealing with high power and signal frequency. Additionally, it is relatively immune to electromagnetic interference and can resist corrosion even over long periods of time.

Overall, the 20021323-00022C1LF connector is a reliable and efficient choice when it comes to connecting different electronic and electrical components in a secure manner. It is small and can be used in tight spaces as well as given its high performance when dealing with high power and signal frequency. The design of the connector makes it ideal for high-density, low-power applications and can resist corrosion and electromagnetic interference.

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