86094647113T55F1LF

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Introduction

The backplane connectors come in a variety of shapes, sizes, and types. They are used in numerous applications, such as industrial, military, aerospace, and consumer products. The DIN 41612 is one of the many types of backplane connectors, with its specific subclassifications for various applications.

The DIN 41612 is especially popular due to its reliability, low cost, reassuring security features, and the ease with which it is assembled. This standard utilizes a two-piece, double-row design, providing users with a reasonable pitch that allows compatibility with board-to-board, chassis-to-chassis, and their respective combinations.

The DIN 41612 backplane connector is specifically applicable in a wide range of applications, such as inside computers, where its modules aid the seamless transmission of electrical signals between the assorted parts. Additionally, many other industrial, nuclear, and military devices also utilize this connector for the same purpose.

This article will focus specifically on the application field and working principle of the DIN 41612 standard 86094647113T55F1LF backplane connector.

Application Field of the 86094647113T55F1LF Backplane Connector

The 86094647113T55F1LF backplane connector is a low-profile connector, suitable for any type of compact storage system. Even though it is mainly utilized in computers, its application field is not limited to computers; the 86094647113T55F1LF backplane connector can be used in a variety of other devices, including network equipment, satellite receivers, and servers.

Additionally, the 86094647113T55F1LF backplane connector can be used in a number of other applications, such as audio-visual systems, medical monitors, motor control equipment, navigation systems, gaming consoles, and home entertainment appliances.

Working Principle of the 86094647113T55F1LF Backplane Connector

The 86094647113T55F1LF backplane connector provides ultra-low-profile contact strips via its double-row design. To ensure the contact strips can make secure contact with board-to-board and/or chassis-to-chassis configurations, the 86094647113T55F1LF backplane connector utilizes a flexible screw-clamping mechanism.

Moreover, the 86094647113T55F1LF backplane connector utilizes a wide variety of materials to ensure structural integrity, such as metal mounting clips, robust plugs, and resilient contact strips. Additionally, the metal clips protect the contact strips from vibrations and pressure, while the robust plugs provide superior anti-wiggle results.

The 86094647113T55F1LF backplane connector also features a reliable locking mechanism, ensuring superior signal transmission performance; its double-row design further provides superior signal transmission results compared to a single-row design.

Finally, the 86094647113T55F1LF backplane connector also ensures the easy insertion and removal of devices due to its low insertion force; this means users do not experience any difficulty when switching out units.

Conclusion

To conclude, the 86094647113T55F1LF backplane connector is a reliable and popular backplane connector from the DIN 41612 backplane family. The 86094647113T55F1LF backplane connector can be used in numerous applications, ranging from computers to appliances; its two-piece, double-row design and robust materials provide secure signal transmissions, while its low insertion force facilitates the easy insertion and removal of units.

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