SFW11R-3STE1LF

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Flexible flat connectors (FFC), which are also often referred to as flat flexible cables (FPC), are commonly used in many fields for the interconnection of electronic components. The SFW11R-3STE1LF is one such type of FFC/FPC, and in this article, we will be taking an in-depth look at its usage and working principles.

Application Field

The SFW11R-3STE1LF is designed as a mass-transportable connector system that is both reliable and highly flexible. It is particularly well-suited for applications that require the electrical transfer of high-speed digital signals and for supplying power between boards. It is particularly popular for applications that require the transmission of signals without the interference of other signals or mechanical noise from within the system.

The SFW11R-3STE1LF connector system is particularly sought-after for the connection of motor drives and inverters, robotics and automation systems, telecommunications, consumer appliances, and data-communications networks. More generally, the SFW11R-3STE1LF can be used for the connection of any relatively high-speed digital device as it has excellent electrical characteristics and superior mechanical endurance.

Working Principle

The SFW11R-3STE1LF connector system worksById uniting two separate elements that work in tandem. The two main components of the SFW11R-3STE1LF system are: the signal traces and the flexible flat cable. The signal traces are the copper conductors that are soldered onto the board, and the flexible flat cable (FFC) is similar to a ribbon cable that has the same number of conductors as the signal traces.

The FFC is designed to be highly flexible. It is made up of multiple layers of flexible polyimide laminate that is laminated together with copper foil. The resulting product is then formed into a flat cable that is easy to route and multiple layers of insulation are also added. The flat cable is then equipped with a set of dedicated terminal connectors for the signal traces.

Once the FFC and signal traces are in place, they can be terminated with IDC connectors that cause the signal traces to electrically connect to the FFC contacts that protrude from the FFC. This type of connector system is very reliable and secure, as it is not easy for the signal traces to become disconnected from one another due to external forces.

The SFW11R-3STE1LF connector is also highly flexible and can be used in various kinds of systems. It has a maximum operating frequency of 5 Ghz, and its current handling capability of 75A complies with the IEEE Std 802.3af standard.

Conclusion

The SFW11R-3STE1LF is a reliable and flexible connector system, which makes it highly sought-after for applications that require the transmission of high-speed signals. It is particularly well-suited for motor drives, inverters, robotics, telecommunications, consumer appliances and data-communications networks. The SFW11R-3STE1LF is easy to install and its flexibility and high-speed performance make it an excellent choice for various applications.

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