1620339 Cable Assemblies

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Circular Cable Assemblies are a class of electrical components used for connecting and isolating components in various applications. The component consists of multiple conductors that are surrounded by insulation material and enclosed in an outer shield. It can be used in many industries, such as medical, aerospace, communications, automotive, and industrial. In all of these fields, the goal of using circular cable assemblies is to reduce electromagnetic interference (EMI) while still providing a reliable connection.

The 1620339 application field and working principle is a circular cable assembly used for high-performance applications requiring dependable EMI protection. It consists of a metalized shielding material combined with a layer of dielectric foam and a conductive core. The shielding material is typically made from aluminum or conductive polymer, and the dielectric foam can be made from polyurethane or polyester. It is designed to reduce both the transfer of interference from external sources and the radiation of interference from internal sources. The shielding material absorbs and reflects incoming interference and reduces the signal that is radiated from the insulated conductors, thus preventing EMI issue.

By using the 1620339 application field and working principle, engineers are able to ensure that their circuits are properly protected from EMI and that their signals are transmitted reliably. The shielding material used in this design provides optimal EMI protection, allowing circuits to operate at higher frequencies while reducing the risks of EMI interference. This makes it ideal for applications such as MRI machines, cell phones, satellite receivers, and wireless communication systems.

The 1620339 circular cable assembly uses two different types of connectors to ensure reliable EMI protection. A bandwidth-efficient terminating connector is used to connect the center conductor of the cable assembly, while a grounding connector is used to connect the outer shielding material to the ground. This allows the shielding material to be effectively grounded, further reducing the potential for EMI interference. This design also helps reduce cable length, since shorter cables require less shielding material and are more cost-effective.

The 1620339 application field and working principle is a popular choice for engineers who need reliable and efficient EMI protection. It is a highly cost-effective solution that is lightweight, easy to install, and can be used in a variety of applications. In addition, its sturdy design ensures that it can withstand the rigors of the manufacturing process. All in all, the 1620339 application field and working principle provides a reliable means of ensuring EMI protection for a variety of applications.

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