60-300W Long Arc High Voltage Generator Board, No-Tap ZVS Tesla Coil Power Supply Driver Module for DIY, Plasma, and Science Experiments

60-300W Long Arc High Voltage Generator Board, No-Tap ZVS Tesla Coil Power Supply Driver Module for DIY, Plasma, and Science Experiments

$38.99
Sale price  $38.99 Regular price  $49.99
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60-300W Long Arc High Voltage Generator Board, No-Tap ZVS Tesla Coil Power Supply Driver Module for DIY, Plasma, and Science Experiments

60-300W Long Arc High Voltage Generator Board, No-Tap ZVS Tesla Coil Power Supply Driver Module for DIY, Plasma, and Science Experiments

$38.99
Sale price  $38.99 Regular price  $49.99
FREE shipping on orders $50+· add $11.01 moreShips from West Long Branch, NJ. Typically arrives in 3–7 business days.
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Key features

  • Adjustable High Power Output: Supports a wide power range from 60W to 300W, delivering strong, stable long arc high voltage for demanding DIY projects and experiments.
  • No-Tap ZVS Design: Innovative no-tap transformer configuration simplifies connection and setup, making it ideal for beginners and advanced users alike.
  • Versatile Applications: Perfect for driving Tesla coils, plasma arcs, Jacob’s ladders, high-voltage demonstrations, and STEM educational experiments.
  • Stable & Efficient Performance: Uses Zero Voltage Switching (ZVS) technology for enhanced efficiency, reduced heat, and consistent high-voltage output.
  • Premium Components & Easy Installation: Built with quality electronic components for durability and safety; compact board design allows for quick, straightforward installation.

ZVS Tesla Coil Power Supply, Tapless, High Voltage Generator Driver Board Do Not Power On Under No-Load This driver board has the following features: 1. Made of military-grade 1.6mm double-sided fiberglass board 2. Uses a factory-customized large inductor for more stable performance and consistent parameters (30mm large magnetic ring, wound with 1.2mm pure copper wire) 3. All resistors are five-ring tightly wound resistors (five-ring precision resistors have small errors and more stable operation) 4. All high-current sections on the bottom of the circuit board are soldered (this is suitable for induction heating; most vendors, to save costs, don't solder these sections, which is only suitable for high-voltage transformer drives. Using this for induction heating will burn out because copper foil alone is insufficient for current carrying). 5. Generally, a 12-30V DC power supply is recommended, with a current of at least 10A, as the driver board operates in a zero-voltage switching state. (Switching) This type of coil has the highest efficiency, unmatched by other drives. The higher the voltage, the longer the arc (I personally tested it with a 27V/15A switching power supply a

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