High-energy igniters are currently widely used for lighting torches and industrial furnaces.Adopted220V  50HZAC power, stepped up to a voltage higher than2500The voltage is rectified and used to charge the storage capacitor. Once the charging voltage exceeds the breakdown voltage of the discharge tube, the stored voltage across the storage device is discharged through the discharge tube, via the ignition cable and conductive rod, onto the semiconductor nozzle. This places the nozzle's poles under a high-energy peak pulse voltage, thereby generating a strong electrical spark on the semiconductor surface, which serves as the ignition source.

Advantages of High-Energy Igniters:Moisture and coking-resistant, self-cleaning, requires no adjustment of ignition energy upon ignition, high ignition energy with low voltage for safety and reliability, long lifespan with 2x10^5 sparks, compact, high-temperature-resistant electrode and conductive rod, easy installation, quick ignition, remote operation of the ignition button, compatible with automatic control systems.

    Operating Principle: Utilizing 220V 50Hz AC power, the voltage is stepped up to over 2500 volts through a transformer. After rectification, the storage capacitors are charged. Once the charging voltage exceeds the breakdown voltage of the discharge tube, the stored voltage on the capacitor discharges through the discharge tube, via the ignition cable and conductive rod, onto the semiconductor nozzle. This causes the nozzle's electrodes to be subjected to a high-energy pulse voltage, generating a strong electrical spark on the semiconductor surface, which serves as the ignition source.