The output trigger pulse exhibits high symmetry and stability, and is unaffected by environmental temperature changes. No adjustment is required for pulse symmetry or limiting during operation. On-site debugging is typically possible without an oscilloscope. The thyristor trigger board can be widely used for voltage and current regulation in various industrial fields, suitable for resistive loads, inductive loads, transformer primary sides, and various rectifying devices.

Temperature control using heating elements such as nickel-chromium, iron-chromium-aluminum, far-infrared heating elements, silicon-molybdenum rods, and silicon-carbon rods.

Salt bath furnaces, industrial frequency induction furnaces, quenching furnaces, and molten glass temperature heating control.

* Rectifier transformers, power regulators (pure inductive coil), electric furnace transformer primary side, magnetization/demagnetization adjustment, DC motor control.

*Continuous, smooth adjustment of voltage, current, power, and lighting (High-pressure sodium lamp control must be paired with a stable voltage function and a PID control board).