For Pulse High Voltage Arc Generator DIY High-Frequency Transformer for Teaching & Research 6-Level

For Pulse High Voltage Arc Generator DIY High-Frequency Transformer for Teaching & Research 6-Level Popis

Arc Generator for Education: This pulse high voltage arc generator uses a 24V input to produce dramatic DIY High-Frequency effects, with arc lengths to 90mm. Ideal for scientific experiments, classroom demonstrations, and research labs, it helps visualize high-voltage phenomena and supports hands- electromagnetic teaching.
Two Configurable Models: Choose between 6-level and 10-level versions to match your experimental needs. The 6-level model delivers arc lengths to 70mm, while the 10-level model reaches 90mm. Both options offer reliable performance for various high-voltage projects, from basic instruction to advanced electromagnetic research.
Premium High-Voltage Components: Equipped with 30kV 2000pF capacitors, this high-frequency transformer system offers strong voltage withstand capability, ample capacitance, and excellent breakdown resistance. High-voltage glass film resistors further enhance stability and durability, ensuring consistent performance over repeated experimental cycles
Rugged, Transparent Construction: Internal components are secured with sturdy copper pillars, creating a rigid and structure while keeping the layout clean and easy to inspect. The clear acrylic housing provides a degree of insulation protection, allowing safe visual observation and convenient troubleshooting during operation.
Ready-to-Use Complete Kit: No complex wiring is required, so you can quickly integrate it into teaching setups or lab benches, simplifying installation, testing, and ongoing experimentation.

Precautions:
1. This product does not include a power supply; one must be purchased separately.
2. This product involves extremely high voltages; please exercise caution and maintain a safe distance during operation.
3. The discharge process of this product generates significant electromagnetic interference. If powered by a switching power supply, the unit is susceptible to damage caused by this interference; ther