FC1-22-02-T-WT-TR

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FFC (Flat Flexible) and FPC (Flat Printed) Connectors offer a similar range of advantages to other connector technology, such as robustness, durability, and convenience, but with a few notable exceptions. The key advantage is that, unlike other technologies, such as ribbon cables and PCBs, FFCs and FPCs provide a much greater level of flexibility, allowing them to be used in confined or difficult to access spaces. Moreover, because the connectors are made of flexible materials, they are able to bend and twist easily for reliable connections in even the tightest networks.

Another major benefit of FFCs and FPCs is that they are smaller and lighter than traditional electrical connectors. This provides an increased level of flexibility when it comes to design and installation. Furthermore, they are often more cost-effective than other electrical connector solutions, making them an attractive choice for many applications.

The FC1-22-02-T-WT-TR is one of the smallest such connectors available and is, as such, ideally suited to compact and confined applications. For example, it can be used in the automotive industry where its small size can be beneficial for connecting changes of direction in cable assemblies or in data exchange components. The FC1-22-02-T-WT-TR uses a 2.00 pitch, which is the smallest that is available, to maximize the flexibility of its use.

The FC1-22-02-T-WT-TR is a low-cost, low-maintenance connector and has a reliable butt-weld termination. This technology allows for extremely low to medium currents, making it suitable for many types of applications. In addition, it has an excellent contact quality—which means it offers greater signal integrity than many other applications. The connector has also been developed to minimise the effects of electromagnetic interference (EMI) on the system.

The FC1-22-02-T-WT-TR is a compact, light-weight electrical connector that offers excellent flexibility and robustness for a surprisingly low cost. Its pitch size minimizes size while providing good signal integrity and protection against EMI, and it is designed to handle low to medium currents. It is most suitable for applications in confined spaces and when connecting changes of direction, and it offers a significant cost savings compared to other similar technologies.

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