1300030028

Design

1300030028 circular cable assemblies are constructed to be lightweight and compact, so they can be easily integrated into equipment without sacrificing performance. The construction consists of a tightly stranded cable, a protective outer sheath, and a shielding layer. The shielding layer uses both an EMI/RFI shield and multi-layer shields to protect the cable internally and externally from the environment. Additionally, aluminum Mylar shielding tape and Tefzel insulation are employed for improved protection.

Durability

1300030028 circular cable assemblies offer durability, with features such as rugged connectors and strain relief making them ideal for use in challenging environments. The shielding layer provides superior protection against physical stress, while also protecting against electromagnetic and radio-frequency interference. Additionally, the physical connectors used are designed to provide an additional level of protection against wear and tear.

Working Principle

1300030028 circular cable assemblies are designed to work in a number of different ways. The cables can be used to transfer signals from one device to another or to transport power over long distances. The construction of the cables allows them to be used in a variety of applications, including in medical, industrial, and automotive industries.

The design of the 1300030028 circular cable assembly allows it to reduce EMI/RFI noise both while transferring and receiving signals. This noise reduction is due to the shielding layer, which acts as a barrier against unwanted electromagnetic radiation. Additionally, this assembly has an increased durability due to the connectors and strain relief components, as well as improved flexibility.

Applications

1300030028 circular cable assemblies are ideal for use in a variety of applications. In the medical field, they are ideal for devices that require unobstructed and uninterrupted signal transmission, such as pacemakers. In industrial settings, 1300030028 cable assemblies are frequently used for factory automation and robotics. In the automotive industry, these assemblies are used in a variety of electronic systems, from automotive imaging systems to electric power steering.