448011-3

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Rectangular connectors are interface devices used to connect two or more electrical components, such as wires, printed circuit boards, and other components. Among the types of rectangular connectors, the most common are headers, receptacles, and female sockets. The 448011-3 is specifically a rectangular connector header, and it has a number of unique characteristics and uses. In this article, we will discuss the application fields and working principle of the 448011-3.

Application Fields

The 448011-3 is designed and manufactured for use in a wide variety of industrial applications, especially those that require precise communication and signal transmission between two or more components. These applications include but are not limited to:

• Automotive electrical systems
• Aerospace and military electronics
• Test and measurement equipment
• High-performance audio and video gear
• Robotic and automation machinery
• Medical electronics
• Computer networking

The 448011-3 is particularly well-suited for applications that require high levels of customization and are expected to handle a large amount of data transmission. Its exceptional design and manufacturing standards, as well as its wide compatibility across different systems, make it a wise choice for any commercial or industrial project.

Construction and Materials

The 448011-3 is a single-row, standard-pitch rectangular connector header designed with cost-efficiency and reliability in mind. It is made of thermoplastic UL94V-0 fire-retardant material, which is used in many other applications due to its impressive resistance to heat, flame, and other environmental stress factors. The 448011-3 is rated up to 5 amps, making it suitable for a wide range of current levels. Moreover, it has a dual-row, SMT package, which makes it ideal for use on low-profile, densely-packed printed circuit boards.

Working Principle

As with all types of connectors, the 448011-3 relies on its spatial arrangement and electrical properties to ensure a secure connection between two or more components. At its core, it is designed to offer a reliable interconnection service before, during, and after physical contact. To achieve this, the 448011-3 benefits from its precise operation, which enables a tight fit that is free of loose pins and connector misalignment.

The 448011-3 comprises of two individual pins that slot into the body, providing a direct link between electrical components. As the pins are inserted, they create a physical and electrical bond, locking the two components in place and connecting them via a low-resistance electrical link. This ensures a clean and stable data signal for an extended period of time. Additionally, the 448011-3 has two plastic retainers that keep the pins secure after insertion.

Conclusion

The 448011-3 rectangular connector header is a cost-effective solution to a wide variety of industrial applications. Its inherent reliability, dual-row SMT package design, and UL94V-0 fire-resistant material make it an ideal choice for automotive, aerospace, and other related applications. It is also exceptionally easy to install and use, thanks to the pins and plastic retainers that provide a direct electrical link between components. With these features, the 448011-3 is a valuable asset for any modern industrial project.

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