DW04DR117 TL356

The DW04DR117 TL356 is especially suited for applications such as high-speed motor and machine control, and point-to-point wiring. It can also be used in communications components such as telecom and broadcast equipment. Furthermore, this circular cable assembly is suited for applications in medical and industrial environments, including robotics. Similarly, it can be used in consumer products such as TV/DVD players, game consoles, and gaming machines.

The DW04DR117 TL356 has been designed to integrate into larger systems, such as in networking and automation. It is manufactured with a UL and CSA approval, so it can be used for applications in rugged environments and exposed to temperatures of -25°C to +80°C (-13°F to 176°F).

DW04DR117 TL356 Working Principle

The DW04DR117 TL356 is a circular cable assembly composed of four individually jacketed wires. Each wire has a copper core, and they are insulated with a variety of materials, including PVC, conductive tape, and an internally bonded shield. The four individual wires are then jacketed with a higher-gauge shield material, such as PVC or nylon.

The assembly functions by providing a signal path for current and voltage through the core wire, and a return path for DC and AC signals through the insulation and return layers. The shield provides EMI protection and guards against electromagnetic interference, while the jacket provides structural protection from physical damage. The assembly also features strain relief to reduce structural stress around the connector. Additionally, the DW04DR117 TL356 features internal copper bonding to reduce ground loops and to improve the signal integrity.

Conclusion

Overall, the DW04DR117 TL356 is an excellent and reliable solution for applications that need highly protected and electrically shielded cables. With its UL and CSA approval, it can be used for a variety of applications in a wide range of harsh environments. Furthermore, its small size and high resistance to the elements make it an ideal choice for point-to-point wiring and other tightly packaged environments .