How does the power factor correction circuit of a ceramic ozone tube power supply reduce harmonic interference?

Active PFC circuit is the key technology to reduce harmonics in ceramic ozone tube power supply.

How does micro-gap strong corona discharge improve the yield and efficiency of the 20g ceramic ozone generator tube?

At the sophisticated core of modern environmental purification and disinfection technology, the 20g ceramic ozone generator tube, acting as a "microcosmic energy furnace," quietly unleashes powerful oxidizing power.

Can the space disinfection machine be set to automatically start at night or during unoccupied periods to improve ease of use and disinfection coverage?

The core value of space disinfection machines lies not only in their sterilization capabilities but also in how they can seamlessly integrate this capability into people's daily lives and space management.

How does micro-gap strong corona discharge technology improve the ozone concentration and energy efficiency of the 5G ceramic ozone generator tube?

In cutting-edge applications such as air purification, water treatment, medical disinfection, and industrial oxidation, ozone, a potent, broad-spectrum

How do ejectors leverage the principle of fluid momentum transfer to achieve efficient energy conversion and material mixing?

In the intricate world of fluid dynamics, ejectors (also known as ejectors or ejectors), with their seemingly simple structure yet imbued with profound physical principles, play a key role in energy conversion and material mixing.

How can the high-frequency and high-voltage output of a ceramic ozone tube power supply stably stimulate ozone generation and avoid voltage fluctuations that affect efficiency?

The possible noise in the high-frequency and high-voltage output will interfere with the stability of the electric field and affect the uniformity of ozone generation.