Cable Assemblies are widely used in power systems and are constructed with conductors, insulation and protection. Power cables are mainly used for distributing and transmitting electrical energy. Commonly used cable assemblies include connectors at both ends and intermediate cables that are connected by crimping, fitting or soldering, and protected by heat-shrinkable or injection-moulded jackets. Features of cable assemblies include high-speed cable assemblies, availability of standardised and customised cable options, suitability for all standard interfaces, etc.
The applications of cable assemblies in power systems include the following:
1. Power transmission: Cable assemblies can be used for power transmission, such as YJV denotes cross-linked polyethylene insulated PVC sheathed power cables, which have excellent voltage VSWR performance and insertion loss, making them ideal for use in indoor wireless systems, wireless infrastructures, and more.
2. Power Distribution: Cable assemblies can be used for power distribution, such as adhesive impregnated paper insulated power cables, drip-dried insulated power cables, non-drip impregnated paper insulated cables, rubber insulated power cables, PVC insulated and sheathed power cables, cross-linked polyethylene insulated PVC sheathed power cables, and so on.
3. Power control: cable assemblies can be used for power control, such as phase-stabilised test cables can provide stable phase response when bending, which is the key to ensure the accuracy of VNA testing.
4. Power protection: cable assemblies can be used for power protection, such as insulated wires, shielded wires and electrical connectors composed of cable assemblies, can prevent the power system from external electromagnetic interference.
5. Power monitoring: cable assemblies can be used for power monitoring, such as low PIM coaxial cable with excellent voltage VSWR performance and insertion loss, can be used to monitor the operating status of the power system.
In short, cable assemblies are widely used in power systems, and their performance and quality directly affect the operational efficiency and stability of the power system. When selecting and using cable assemblies, it is necessary to select them according to the actual needs and environmental conditions, and pay attention to matters such as pressure and temperature to ensure the safe and reliable operation of the power system.
