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How to select the appropriate cross-sectional area of ​​UL electronic wire based on the current load?

How to select the appropriate cross-sectional area of ​​UL electronic wire based on the current load?

2025-11-17

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.

How can charging gun cables maintain flexibility and conductivity in extreme low-temperature environments?

How can charging gun cables maintain flexibility and conductivity in extreme low-temperature environments?

2025-11-13

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.

Why does UL electronic wire maintain stable conductivity even under high temperatures, bending, and vibration?

Why does UL electronic wire maintain stable conductivity even under high temperatures, bending, and vibration?

2025-11-03

In modern electronic devices and electrical systems, internal wiring, though invisible, is the "lifeline" for energy and signal transmission.

How to control wire diameter uniformity through extrusion process in power cord production?

How to control wire diameter uniformity through extrusion process in power cord production?

2025-10-21

Controlling wire diameter uniformity in the power cord extrusion process requires collaborative improvements in multiple dimensions, including equipment precision, parameter optimization, mold design, and real-time feedback.

How to optimize the loss rate of UL electronic wire in high-frequency signal transmission?

How to optimize the loss rate of UL electronic wire in high-frequency signal transmission?

2025-10-09

During high-frequency signal transmission, the skin effect causes the current to concentrate on the surface of the conductor, reducing the effective conductive area and significantly increasing the resistance.

How does the internal twisting process in computer cables reduce crosstalk and ensure the integrity and low error rate of high-speed data transmission?

How does the internal twisting process in computer cables reduce crosstalk and ensure the integrity and low error rate of high-speed data transmission?

2025-09-22

In modern computer systems, data travels at extremely high frequencies through wires, from the main unit to the monitor, from the hard drive to memory, or through network interfaces to interact with the outside world.

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