1417130 Cable Assemblies

Circular Cable Assemblies

1417130 application field and working principle are commonly used in the engineering and industrial products market. They provide an efficient and reliable method for transferring power and data between various types of components over a single line. They are one of the most popular forms of cable assemblies available.

Applications of 1417130 Cable Assemblies

1417130 circular cable assemblies are commonly used to optimize global high frequency, high power, and low-inductance power needs. They are ideal for applications such as AC, DC, and pulse power applications, high-performance motor control, HVAC equipment, remote sensing, robotics, and industrial automation. Additionally, these cables are capable of providing reliable and consistent power in critical, high-reliability applications, ensuring a robust and fail detectable system.

1417130 circular cable assemblies are also popular for applications requiring advanced shielding solutions. The extra shielding layers provide greater protection against electromagnetic interference (EMI) and radio frequency interference (RFI), while keeping the required amount of power and data over the wire intact.

Working Principle of 1417130 Cable Assemblies

The working principle of 1417130 cable assemblies is based on the transmission of power, signal, and data from a single source to different points of application. The cables are constructed in a manner that ensures maximum shielding against interferences, while maintaining flexibility and reliably transmitting power and data.

1417130 cables are constructed with multiple shielding layers, that consist of a dielectric layer, silk-screening, copper foil, and a tinned steel braid. These layers ensure the cable offers exceptional electrical performance and power density, while decreasing susceptibility to signals, interferences, and static discharge.

1417130 cable assemblies are designed to provide maximum flexibility and excellent signal integrity in high-power, high-frequency, and low-inductance applications. The design also reduces the overall weight of the cable, which may be critical in applications such as robotics, motor control, and others. Additionally, the double shielding layers provide excellent protection against EMI and RFI.

Conclusion

1417130 cable assemblies are extremely popular due to their advanced shielding solutions, efficient power density, lightweight design, and the ability to efficiently transmit power and data. They provide a reliable and consistent power supply in critical applications, while also reducing susceptibility to static discharge and other interfering signals. As a result, these cable assemblies have been utilized in a wide variety of fields and industries.