SDL-120-T-12

Introduction

The SDL-120-T-12 is a rectangular connector -- a header, a receptacle, and a female socket -- used primarily in medium- and high-power applications in a variety of industrial, commercial, and automotive electronics. This connector offers high-quality performance, stable electrical connections, ease of maintenance, and fast, easy installation.

Application Field of SDL-120-T-12

The SDL-120-T-12 is typically used in applications that require quick and reproduceable connections in medium- and high-power applications, where precision, speed, and security are of paramount importance. Nearly all aspects of the SDL-120-T-12 make it a practical solution for a variety of installations, applications, and protocols, including communications, power systems, and data transmission.

The SDL-120-T-12 is widely used in the automotive industry for various applications, especially in the field of advanced driver assistance systems. This connector is capable of withstanding harsh environmental conditions, high-running temperatures, and rigorous machining processes, making it ideally suited for use in remote locations, such as off-road vehicles and marine applications, where connectors are subject to high stress, abrasion, and even extreme temperatures.

The SDL-120-T-12 is also widely used in other industries due to its attractive features. In the aerospace industry, these connectors are vital for transmitting power and data in aviation and space applications. Medical devices, such as hearing aids and medical implants, also use the SDL-120-T-12 for data transmissions. This connector is also used in industrial robots, home appliances, and other hi-tech electronic products, due to its compatibility with a wide range of protocols and high reliability.

Working Principle

The SDL-120-T-12 consists of a solid-state microcontroller and two housings that act as the header and receptacle. The two housings are made up of insulation material, a shell body, and a positive and negative contact area. The microcontroller is responsible for the switching functions of the connector, which is achieved by closing an electrical circuit between the first and second housings. The positive and negative contact area allows electricity to travel from the first to the second housing.

The SDL-120-T-12 is available in a variety of different designs, including a two-piece, four-piece, and eight-piece design. In four- and eight-piece designs, the electrical connections between the two housings are via hardwired connections or through insulation and welding. This ensures a secure electrical connection and high reliability of the connector.

The SDL-120-T-12 is capable of transmitting power and data at high rates and over long distances, thanks to its advanced transmission mechanisms. It also passes rigorous electrical testing and meets the classification standards of industrial and automotive applications. This makes it an ideal choice for applications that require secure electrical connections and fast, reliable data transmissions.

Conclusion

The SDL-120-T-12 rectangular connector is an ideal solution for a wide range of applications. It is robust, reliable, and supports a variety of protocols and connections. This makes it a great choice in medium- and high-power applications, where security and reliability are paramount. The SDL-120-T-12 also offers fast data transmission rates and high resistance to shock and extreme temperatures.