Description

A premium, high-intensity 1000KV step-up pulse inverter and high-voltage generator module precision-engineered for laboratory-grade plasma arc generation and dielectric testing.

Standing as the definitive hardware benchmark for portable high-potential electrostatic field creation, this resin-encapsulated module steps up common low-voltage input rails (3V-6V DC) into massive high-frequency high-voltage pulse arrays. Utilizing internal cascade multiplier stages and heavy-duty step-up transformers, it projects a visible, continuous high-voltage discharge arc across air gaps. It serves as an indispensable, high-impact hardware asset for academic STEM physics demonstrations, automated high-voltage ignition systems, non-destructive isolation breakdown evaluation, and advanced mechatronics physics setups.

The 1000KV High Voltage Arc Module represents the pinnacle of compact high-voltage generation, essential for applied physics laboratories and scientific innovation experiments. It is meticulously designed to wirelessly generate immense electrical discharge power through the air, enabling students and developers to study plasma behavior, test electrical insulators, and create miniature laboratory lightning. This module is the benchmark in pulsed voltage multiplier circuits, based on an integrated analog Tesla coil encapsulated in fully insulated resin to prevent energy leakage. By simply supplying a low voltage from a lithium battery (3.7V) or dry cells (6V), the board boosts the voltage hundreds of thousands of times to produce a visible "Super Arc" with a very sharp sound that penetrates the air for several centimeters. It is the sole and most sought-after choice for advanced physics experiments, STEM projects, school science fairs, and the manufacture of professional self-defense devices and mosquito zappers.

A premium, high-intensity 1000KV step-up pulse inverter and high-voltage generator module precision-engineered for laboratory-grade plasma arc generation and dielectric testing. Standing as the definitive hardware benchmark for portable high-potential electrostatic field creation, this resin-encapsulated module steps up common low-voltage input rails (3V-6V DC) into massive high-frequency high-voltage pulse arrays. Utilizing internal cascade multiplier stages and heavy-duty step-up transformers, it projects a visible, continuous high-voltage discharge arc across air gaps. It serves as an indispensable, high-impact hardware asset for academic STEM physics demonstrations, automated high-voltage ignition systems, non-destructive isolation breakdown evaluation, and advanced mechatronics physics setups.

المواصفات

• الوزن: داخلي وخارجي

Pros and cons

• منتج مستدام، مثالي للاستخدام اليومي
• قد يتغير لونه عند التعرض لأشعة الشمس المباشرة