HLE-142-02-SM-DV-PE

Rectangular connectors can be found in a variety of electrical applications, and the HLE-142-02-SM-DV-PE is no exception. This particular model of connector is actually a combination female socket and header, and is used primarily in communications systems.

The HLE-142-02-SM-DV-PE is designed for use in a variety of applications, including signaling, RF antenna, networking, and data processing, among others. It is perfect for high-speed data transfer and allows for excellent electrical performance, as well as outstanding resistance to a variety of environmental conditions.

The two components of the HLE-142-02-SM-DV-PE are connected via a unique pin-and-socket connection system which provides secure assembly and maximizes vibration and shock resistance. This combination of features makes it the perfect choice for applications that require fast signal transfer with minimal interference.

The working principle of the HLE-142-02-SM-DV-PE is simple. When two pieces of the connector are mated, the male header pins come into contact with the female sockets. The female sockets are made of a durable plastic material which offers excellent insulation and electrical performance. The pins are made of a conducting metal, and have a triple-point contact design which ensures reliable connection between the two components.

This combination of a secure connection and reliable electrical performance makes the HLE-142-02-SM-DV-PE the ideal choice for a variety of applications. It is capable of operating at speeds up to 500 Mbps, making it perfect for applications such as networking, data processing, and signaling. Additionally, it is designed to provide excellent resistance to shock and vibration, as well as a wide range of environmental conditions.

The HLE-142-02-SM-DV-PE is a perfect choice for any application where secure, reliable, and high-speed communication is required. With its triple-point pin contact design and female socket insulation, it offers excellent electrical performance and vibration resistance, as well as exceptional resistance to a wide range of environmental conditions. It is also perfect for applications that require fast signal transfer with minimal interference, making it the perfect choice for any application.