HLE-105-02-SM-DV-K

The HLE-105-02-SM-DV-K is a type of rectangular device that is part of the rectangular connector family. This type of device is manufactured for a variety of different purposes, such as connecting electrical or electronic components together. It can also be used to couple two components together to form a single unit. As with the other rectangular connectors, the HLE-105-02-SM-DV-K is available in different styles, mainly complimentary headers and receptacles, and female sockets.The specifications of the HLE-105-02-SM-DV-K are very impressive. It is rated for a continuous current of 8 amps, and for a voltage rating of 250V. Furthermore, it features a one-piece frame construction with a single contact, which increases the resistance to both shock and vibration. It also comes with a wide variety of colors for easy identification as well as a long-tailed design which gives it both flexibility and strength. The most impressive feature is perhaps the high-temperature soldering capability, allowing it to withstand up to 300 degrees Celsius.The HLE-105-02-SM-DV-K is a versatile device suitable for a variety of applications including computer systems, home automation systems, and audio/video components, just to name a few. It is also ideal for applications where shock, vibration, and extreme temperatures are of a great concern.The working principle of the HLE-105-02-SM-DV-K is relatively simple. It is basically a female socket that is mated to a male header or male receptacle. This type of device works on the principle of making a secure contact between two components by fitting them into each other. The design of the device ensures a proper alignment, thereby making it possible to create a connection that is both secure and reliable.The HLE-105-02-SM-DV-K is a highly useful rectangular connector device that is suitable for a wide range of applications and environments. With its impressive specifications, ease of use, and reliable design, it is an ideal component that is sure to help improve the functionality of any system it is used in.