50576-1200ELF

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50576-1200ELF backplane connectors (also known as ELF connectors due to the European-style Low Force and Pitch technology that is used to make them) are high density, multi-contact connectors that are designed to serve as the gateway between the backplane and signal-transmission medium (cable, circuit board, etc.). As these specialized connectors enable high-speed and high-density connection conforming to the MIL-STD-1553B standard while reducing assembly time and cost, they are particularly well-suited for a wide range of military and industrial applications. This essay aims to provide an overview about the application fields, as well as the working principles that are used for the 50576-1200ELF connector.

Application Fields

The 50576-1200ELF connector is used in a variety of environments, such as aircraft, land-based vehicles, communication systems, satellite systems, monorail systems, and industrial equipment. It can be used as a mainframe or buss-level connector, and has been specifically designed for use in the MIL-STD-1553B avionics bus and D-Sub MIL-C-883-2004 ground fault interrupter (GFI) applications. In terms of industrial applications, the 50576-1200ELF connector has been designed for use in the automation, control, and test/measurement fields.

The 50576-1200ELF connector is also widely used in the communications field due to its resistance to fault-to-fault transmission as well as low insertion force. It is compatible with various Ethernet standards, including Cat 5, Cat 6, and FTX. This makes it suitable for a wide range of applications, including home and small business networks, industrial Ethernet networks, and Gigabit networks. Additionally, the 50576-1200ELF connector is also used in the networking, video, and audio/video AV markets.

Working Principle

The 50576-1200ELF connector is designed using European-style Low Force and Pitch (ELF) technology. This technology utilizes a high-density, 2-row, plug-and-socket design, which supports one row of two-piece contact modules connected by a secondary spine. This approach allows for higher levels of density, signal integrity, and plug-and-socket-level reliability. The ELF technology provides a compact, low-cost, high-reliability connection system. In addition, it also helps reduce assembly time and cost.

In terms of performance, the 50576-1200ELF connector utilizes a unique gating mechanism to ensure electrical contact integrity. This system allows for fault-to-fault transmission between the backplane and the signal-transmission medium. The low insertion forces of the 50576-1200ELF connects not only reduce assembly time, but also reduce stress on the contacts. This is further enhanced by the guide mechanisms, which provide easy and smooth insert duration. The 50576-1200ELF connector provides a reliable and robust connection that can withstand the rigors of high density, high-speed applications.

Conclusion

The 50576-1200ELF connector is a specialized backplane connector that is designed for use in high-density, high-speed applications. Designed using ELF technology, the 50576-1200ELF connector provides an efficient and cost-effective solution for linking the backplane and the signal-transmission medium. It has a wide range of applications in the military and industrial fields, as well as in the communications, networking, video, and audio/video markets. The 50576-1200ELF connector is designed with low insertion force and a gating mechanism to ensure contact integrity, resulting in a reliable and robust connection.

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