208447048001001

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DIN 41612 backplane connectors are one of the most widely used connectors in the electrical industry, and the 208447048001001 is one of the most popular designs. This backplane connector is designed for use in PCBs and has a number of features that make it well suited for numerous applications. In this article, we\'ll take a look at the applications and working principle of the 208447048001001 backplane connector.

Applications of the 208447048001001 Backplane Connector

The 208447048001001 backplane connector is most commonly used in printed circuit boards (PCBs). It is a cost-effective choice for a wide range of applications, from data and power transmission to signal management. It also offers superior insulation and protection against the environment and other contaminants. Additionally, its high-speed transmission capabilities make it ideal for applications that require fast data transfer. Some common applications include:

• Computer networks and servers
• Data processing
• Industrial applications
• Medical equipment
• Miscellaneous electronic devices

Working Principle of the 208447048001001 Backplane Connector

The 208447048001001 backplane connector is a dual-row connector which is designed to maximize the usage of space on a PCB. It consists of two rows of signal pins, with the inner row having eight pins and the outer row having nine. Each row of pins is located in a slot on the side of the connector, which is designed to provide a secure electrical connection. In addition, the connector also features two different types of housings, one for power and one for signal.

The power housing consists of an aluminum plate and a plastic insulation layer. This insulation layer prevents electrical interference from affecting other components that are connected to the backplane connector. The signal housing, on the other hand, consists of a metal shield and a plastic insulation sheet. This shield helps to protect the backplane connector from external interference. Additionally, this housing also has an angled contact design that ensures that signals are transmitted accurately and efficiently.

The 208447048001001 backplane connector uses a screw lock system for its mating process. This ensures that the connection is secure and prevents any accidental disconnection. Additionally, the connector has two heat deflectors that help dissipate heat and keep the connector from overheating. It also features a protective knockout which helps reduce the risk of short circuits.

Finally, the 208447048001001 backplane connector also has an optional keying option. This keying option is designed to ensure that only compatible connectors can be mated. This is particularly important for applications that require specific signal configurations.

Conclusion

The 208447048001001 backplane connector is a versatile and cost-effective choice for a wide range of applications. Its low-profile design makes it ideal for mounting on a printed circuit board, and its two different housing types allow for excellent signal intelligence. In addition, its screw lock system and keying options ensure a secure connection and add additional protection against interference. Thus, the 208447048001001 backplane connector is an excellent choice for a variety of applications.

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