TCSD-07-S-25.00-01

Rectangular cable assemblies are among the most common types of cables used in the design and construction of electrical and electronic devices. They are made up of several parts, including a jacket, insulation, an assembly connector, a shield, and a termination contact. Depending on the application and its peculiarities, the composition of these components varies.

Application Field of TCSD-07-S-25.00-01

The TCSD-07-S-25.00-01 rectangular cable assembly is specifically designed for handling mid-frequency signals and provides an optimized interconnect solution for industrial, instrumentation, telecommunication and automotive applications. It is one of the most versatile types of cables, as it is suitable for almost any type of electrical synchronization, equipment and circuitry.

Working Principle of TCSD-07-S-25.00-01

The TCSD-07-S-25.00-01 rectangular cable assembly has a unique working principle. Specifically, it consists of a laminated construction consisting of an insulated cable and an assembly contact. This creates a total impedance that can be configured according to the application or type of signal transmitted. Furthermore, for optimum performance in most applications, the cable assembly also provides a connection that reduces interference levels in the signal, while providing an efficient connection for the transmitted signals.

The insulated cable is usually designed as a two-pair cable, where the two pairs of wires are soldered together in excellent contact and soldered into the contact. The cable provided with a gas-flexible design and a protective shield that surrounding the contacts and the cable offers great protection to the connecting system. Finally, the two-pair cable provides a reliable and low-loss connection which is highly resistant to vibrations, temperature fluctuations, and humidity.

Conclusion

In conclusion, the TCSD-07-S-25.00-01 rectangular cable assembly is one of the most versatile and cost-effective types of cables used in the design and construction of various electrical and electronic devices. It is suitable for almost any type of electrical synchronization, equipment and circuitry and provides an optimized interconnect solution with low-loss connections that are highly resistant to electromagnetic disturbances and all other environmental factors. Finally, it is designed to make it easy to integrate into existing architectures, and its unique working principle ensures that it is capable of providing a stable and reliable connection for any application.