TCSD-08-D-36.18-01-F-N

Rectangular cable assemblies provide the user with the flexibility to customize thier hardware needs. TCSD-08-D-36.18-01-F-N is an example of a rectangular cable assembly which has a wide range of applications. In this article, we will take a look at the application field and working principle of this particular cable assembly.

Application Field

The TCSD-08-D-36.18-01-F-N is designed to meet the requirements of multiple industries, including industrial control, automotive, communications, computing, and medical. It is a great option for products requiring high current capacity or applications needing high voltage isolation. The design takes into account both temperature and current, ensuring the assembly will be able to withstand high temperatures while efficiently transferring electricity.

Working Principle

The TCSD-08-D-36.18-01-F-N is designed using the SMT (surface mount technology) process. The process includes three main steps: components placement, soldering and cable routing. In components placement, components are installed on a board while in soldering, the components are soldered together to form a circuit. Finally, in cable routing, the cables are connected and routed to ensure that they meet safety requirements.

The TCSD-08-D-36.18-01-F-N is designed to provide a strong electrical connection between the components. The assembly connects components via multiple points of contact for improved conductivity. This creates a reliable connection that can handle high voltages and temperatures. Additionally, the design can be customized to meet specific size, voltage, and current requirements.

Conclusion

The TCSD-08-D-36.18-01-F-N is an example of a rectangular cable assembly with a wide range of application fields. It is designed using the SMT process and features multiple points of contact for improved conductivity. Additionally, the design can be customized to meet specific size, voltage, and current requirements. These features make it an excellent choice for products requiring high current capacity or applications needing high voltage isolation.