72394-112

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Backplane Connectors – Specialized, and the Model 72394-112 is no exception. This device is used to provide a reliable connection between two electrical circuits, and is available for both industrial and commercial applications. This article will discuss the model 72394-112, its application fields, and the working principle behind it.

Application Fields

The 72394-112 is a unique backplane connector specifically designed for low-profile printed circuit boards. The board-to-board connections made using this connector are very reliable and secure. It is widely used in industrial and commercial control system applications. This connector is available in various shapes and sizes, with a variety of conductor pitch sizes. It is usually used with through-hole and surface mount circuits.

Working Principle

The 72394-112 backplane connector works through an alignment device called a “retainer”. This retainer is a shaped piece of metal or plastic which holds the circuit board and connector assembly together during the mating process. Once the two pieces have been inserted and tightened, the retainer holds them in position, ensuring an airtight seal. This ensures minimal contact resistance and a highly reliable connection. It also creates an attraction that maintains the circuit boards firmly in place.

When two circuit boards are mated together using the 72394-112 connector, the contact pads are placed in contact with metallic surfaces which transfers the electrical current. This results in a reliable, low-resistance connection, with minimal signal loss. Additionally, this type of connection is highly resistant to mechanical stresses, such as shock or vibration.

Conclusion

The 72394-112 backplane connector is a specialized device which is mainly used for connecting low-profile printed circuit boards. It is available in various sizes and configurations, allowing for quick and easy connection of two electrical circuits. The connector works through an alignment device called a “retainer”, which allows for a reliable, low-resistance connection that is highly resistant to mechanical stresses. These characteristics make it an ideal choice for industrial and commercial control system applications.

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