我們的部落格

Learn how a precision dc current shunt improves welding accuracy, arc stability, thermal performance, and long-term weld quality.

Master high current sensing with a precision dc shunt. Learn proper wiring, material benefits, and safety tips for accurate industrial monitoring.

Diagnose welding instability caused by a faulty dc shunt. Learn failure symptoms, testing methods, and maintenance tips to restore stable arc performance.

Learn how a dc current shunt ensures welding accuracy by controlling current stability, thermal drift, and feedback precision in industrial welding systems.

Learn how a dc current shunt safely measures high DC currents with precision, covering materials, installation, wiring, thermal control, and industrial applications.

A practical engineering guide to DC shunt selection, installation, Kelvin connections, thermal drift control, and accurate high-current measurement.

Technology today demands smarter, faster, and more reliable sensors — and few components have answered that call better than the hall sensor. Whether you’re working

In an era where accuracy, reliability, and non‑contact sensing are becoming indispensable, the hall sensor stands out as a cornerstone technology. At LeeydTech, we harness

Discover how DC shunts are used across industrial sectors including power distribution, welding equipment, electroplating, and process control.

Discover how DC shunts enable precise current measurement in electric vehicle battery management, motor control, and fast charging systems