30KV voltage pulse generator ignition coil DC 3.3v5v step up arc output

1.30KV Ignition Boost Coil Voltage Pulse Generator – Arc DC 3.3V to 5V<br> This performance ignition boost coil is designed for generating reliable voltage arcs with exceptional efficiency. Ideal for technical projects, research, and ignition applications, it combines compact size with powerful output for consistent and safe operation.<br> Key Features:<br> Input Voltage Range: 3.3V to 5V, compatible with standard USB power supplies for easy and convenient operation<br> Output Voltage Range: 15KV to 30KV for strong, stable arc generation<br> Pulse Frequency: 3 to 20 pulses per second to suit varying application requirements<br> Arc Distance: 1.0cm to 1.8cm for direct arc start without manual arc pulling; if ignition fails, bringing the electrodes closer restores performance<br> Arc Characteristics: White arc with low temperature output for safety, shortcircuit tolerant, noload capable<br> Efficiency Circuit Design: Produces minimal heat and requires no additional cooling system or radiator<br> Advantages:<br> Compact and lightweight design allows easy integration into various setups<br> Operates with common lowvoltage power sources, eliminating the need for specialized equipment<br> Maintains reliable arc output with efficient energy usage, reducing operational strain<br> Practical Applications:<br> 1. DIY electronics and engineering experiments requiring controlled voltage arc generation<br> 2. Ignition systems for model engines or small combustion devices<br> 3. Educational demonstrations of voltage principles in physics or electrical engineering labs<br> Specifications:<br> Model: 1.30KV Ignition Boost Coil<br> Input Voltage: 3.3V to 5V (USB compatible)<br> Output Voltage: 15KV to 30KV<br> Pulse Frequency: 3 to 20 pulses per second<br> Arc Distance: 1cm to 1.8cm<br> Circuit Type: efficiency, low heat, shortcircuit protected<br> With robust performance, straightforward operation, and versatile application potential, this ignition boost coil is a dependable choice for projects requiring consistent and precise voltage arcs.