In the modern computing and digital device ecosystem, computer cables have long transcended their role as simple "connectors," becoming multifunctional carriers integrating power transmission, data communication, and signal interaction.
From a physical structure perspective, a charging gun cable contains multiple layers, including conductors, insulation layers, shielding layers, and sheaths.
This type of fatigue damage is insidious and difficult to detect in the early stages, but in the long run it will significantly reduce the reliability and safety of the power cord.
The conductor structure of UL electronic wire achieves high efficiency, stability, and safety in current transmission through the coordinated optimization of material selection, construction form, and size specifications.
UL electronic wires need to operate stably at rated current for years or even decades, so the aging characteristics of the wires must be considered.
Charging gun cables are key components connecting charging stations and electric vehicle charging ports. They are responsible for safely and efficiently transferring electrical energy from the charging station to the vehicle battery.