SDL-126-TT-10

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Receptacles, Female Sockets are ubiquitous in many industries around the world as connectors are utilized for electrical and electronic systems. As the name suggests, these connectors are rectangular in shape. In this article I will discuss the SDL-126-TT-10 application field and working principle. A case study will be used to further illustrate the use of this connector in order to provide a clearer understanding of the scope and application of this device.

SDL-126-TT-10 is a header and socket system designed for high-density/high-speed applications. It is especially suitable for applications where the space occupied by a conventional connector system is too restricting. This header and socket system offers wider contact spacing and improved performance, such as higher-speed data transmission rates, due to its improved contact structure and thicker wall between the signal and power contacts.

The materials used in the construction of the SDL-126-TT-10 includes copper alloys, pure copper, pure nickel, zinc alloy, and bronze. The body and contact elements are made of a highly conductive material to ensure a high standard of dielectric performance and electrical insulation. The pins and sockets inside the connector are designed to provide a secure and reliable connection.

Concerning the scope of application, the SDL-126-TT-10 can be used in both industrial and commercial applications. It has been found to be particularly useful in areas such as industrial automation, robotics, medical instrumentation, consumer electronics and power supplies. The connectors can be used in areas with high vibration, shock, and EMC/EMI interference levels.

It is important to understand the working principle of the SDL-126-TT-10 connector. When the header is inserted into the receptacle, the contact fingers on the header expand into slots in the side of the receptacle. This provides an electrical connection between the two components, as well as a mechanical connection to hold them together. The pins and sockets are designed in such a way that they are self-adjusting, which ensures a secure connection even when the two separate components have been misaligned.

The SDL-126-TT-10 connector is also equipped with an EMC protection system to control electrostatic discharge. This maintains a low level of EMC/EMI interference, which is essential for some applications where signal integrity is critical. This EMC protection system has been tested to European and American standards.

To further illustrate the application of the SDL-126-TT-10 connector, a case study will be used. An automotive company based in the united states was having difficulty with the transmission of data between its various control units because of EMC/EMI interference. After the installation of the SDL-126-TT-10 connector system, the company noticed an improvement in signal transmission performance. The connectors also had a low profile and provided a reliable connection between the disparate components.

In conclusion, the SDL-126-TT-10 is a header and socket system that is designed for high-density/high-speed applications. The materials used in its construction provide a highly conductive and electrically insulated connection. The connector is suitable for both industrial and commercial applications and is also equipped with an EMC/EMI protection system. A case study has provided a real-world example of the application of this connector system. In this article I have discussed the SDL-126-TT-10 application field and working principle.

The specific data is subject to PDF, and the above content is for reference