448013-1

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Backplane connectors and accessories are crucial in the manufacture of business and industrial electronics, allowing for both efficient and power-smart systems. The 448013-1 backplane connector is designed for a variety of applications, and offers a number of features that greatly improve the performance of the system. This article will explore the areas of application and the underlying working principle behind this connector, providing an overview of how these components are used and how they work.

Application Fields of the 448013-1 Backplane Connector

The 448013-1 backplane connector, with its 120 connector pin array and high-speed signal capability, is well-suited for a variety of applications. It is often seen in high-speed and high-density systems due to its superior signal quality compared to conventional backplane connectors of the same size. This connector is a popular choice for industries such as embedded computing, networking and telecommunications, where high-speed data transmission is desired.

The 448013-1 is also often used in consumer electronics, as it is specifically designed to handle power-savings applications. The connector is particularly suited for high-end industrial equipment, such as robotic systems, where high levels of signal performance and reliability are required. Additionally, the 448013-1 connector houses a multitude of features such as: superior speed performance, improved signal integrity, low crosstalk, lighter weight, and better shock and vibration resistance.

Working Principle of the 448013-1 Backplane Connector

The 448013-1 backplane connector is designed based on the patented Equalized Contact Technology (ECT). This technology is based on the principles of equalizing the contact\'s surface area and path length, as well as providing a uniform ‘contact blanket’ effect over the entire signal path. This helps to reduce the amount of crosstalk between the adjacent signals, providing a more robust transmission of information.

The 448013-1 is designed to handle high-speed and high-density signal transmissions without compromising on signal integrity. This is achieved through a combination of signal conductor contact technology, low crosstalk and the elimination of all signal degradation effects. This is all possible because of the wide range of features the connector possesses, including a one-piece metal housing, an innovative signal-ground contact feature, and a single signal path mated connector.

The 448013-1 connector also makes use of Equalized Socket Contact Technology (ESCT), which utilizes two separate components to make up a single connector. This design helps to reduce installation time and cost compared to conventional connectors, as well as providing increased signal performance. Furthermore, the 448013-1 is designed to have excellent shock and vibration resistance, which is beneficial for the safe transport of data within harsh industrial environments.

Conclusion

The 448013-1 backplane connector is designed specifically for high-speed and high-density applications, while also providing cost and power savings benefits. The connector is best suited for embedded computing, networking, and telecommunications applications, as well as consumer and industrial equipment. The 448013-1 is built on the principles of Equalized Contact Technology, providing a robust signal transmission with low levels of crosstalk, as well as improved signal integrity. The 448013-1 also makes use of Equalized Socket Contact Technology for a streamlined installation process and increased signal performance.

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