PHEC50R-S111-H1LF

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D-shaped connectors have been used in a variety of applications for decades. The most common ones are the Centronics and PHEC50R-S111-H1LF connector types. While both have many of the same characteristics, they do have some notable differences in their design. In this article, we will take a look at the design of the PHEC50R-S111-H1LF and discuss its application field and working principle.

Design

The PHEC50R-S111-H1LF connector is a three-pole device. It has two positions, with each having a set of contacts located at the end labeled “A” and “B”. The pins at the terminals are made of copper alloys and are able to carry high currents. The contacts are sealed with a silicone-based sealant to ensure waterproofing. The other end is a flat profile with a center locator which can be locked in place with a key or thumbscrew. This connector is primarily used in electronic applications such as motherboards and computers.

Applications

The PHEC50R-S111-H1LF is mainly used in consumer electronics, such as computers, motherboards, and gaming consoles. But the connector also finds applications in industrial, automotive, and medical fields. These include machine control systems, automotives, communications systems, and medical equipment. It’s also used in some aviation and aerospace applications.

Working Principle

The working principle of the PHEC50R-S111-H1LF is simple. The center locator locks the connector in a fixed position, allowing the contacts to make contact and carry the current. The contacts are made up of copper alloys and are sealed with a silicone-based sealant, ensuring the water-tightness of the connector. The contacts can then carry the current to power the circuit.

Conclusion

The PHEC50R-S111-H1LF is a three-pole device that can be used in many different applications in different fields. It features a center locator to secure the connector and waterproofed contacts made out of copper alloys. The working principle of the connector is quite simple, as it relies on contact between the contacts and the locator to carry the current.

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