TCSD-10-S-15.00-01-F-N

Rectangular Cable Assemblies

In the world of electrical engineering, rectangular cable assemblies are essential components for connecting and transferring signals between different circuits. Among these different types of rectangular cables, the TCSD-10-S-15.00-01-F-N model stands out for its wide range of applications and its working principle.

Application Field

The major application fields of the TCSD-10-S-15.00-01-F-N rectangular cable are in telecommunication, aviation, medical equipment and industrial controls. These cables are designed for connecting two separate electronic circuits together without any physical contact. This allows engineers to transfer signals from one circuit to another with greater speed and accuracy than typical copper wires.

The TCSD-10-S-15.00-01-F-N cable’s design is based on a unique combination of insulation characteristics, such as its high temperature, low-smoke and halogen-free protection. This ensures a reliable and stable explosion-proof and electromechanical performance, so it can handle the high degree of electrical interference that occurs in theses application fields.

Working Principle

The TCSD-10-S-15.00-01-F-N rectangular cable utilizes a shielded twisted-pair (STP) design that helps reduce electromagnetic interference (EMI) and crosstalk. As a shielded cable, it is surrounded by a metallic foil or braided mesh which isolates its electrical signals from external sources of EMI. Inside the cable, a twisted pair of signal wires introduces an additional level of shielding that effectively eliminates any potential interference.

The TCSD-10-S-15.00-01-F-N cable is also compatible with various communication protocols, such as RS232 and RS485, which allows the reliable transmission of digital data and control signals over long distances. As such, it is especially suitable for connecting industrial control systems and network devices.

Conclusion

The TCSD-10-S-15.00-01-F-N cable is widely used in telecommunication, aviation, medical equipment, and industrial control circuits due to its superior insulation characteristics and working principle. Its specialized design ensures fast and reliable signal transmission while significantly reducing the risk of electromagnetic interference.