Arc Cigarette Lighter Parts – DIY Electronic Lighter Kit (High Voltage Arc Igniter Module, DC 3–5V)
The Arc Cigarette Lighter Parts – DIY Electronic Lighter Kit is a compact, high-voltage arc igniter module designed for electronics enthusiasts, hobbyists, and makers. Operating on a low DC 3–5V input, the kit uses a D880 NPN transistor amplifier and a resin-encapsulated ignition coil to generate a purple high-temperature arc capable of instantly lighting paper, cigarettes, and thin wire.
- Input Voltage: DC 3V – 5V
- Input Current: Up to 5A
- Power: 15W or more
- Output Voltage: 0.5 kV – 0.8 kV (High Voltage Arc)
- Arc Length: ≤ 0.8 cm
- Transistor: D880 NPN (Low Frequency Power Amplifier)
- Interface: Bare wire terminals (solder-ready PCB)
- Output Type: High-frequency, high-voltage pulsed arc
- Compatible Battery: 18650 Li-ion / Li-Po pouch cell
⚠️ Warning: High voltage output. Handle with caution. Do not touch output terminals during operation. Energize for no more than 1 minute at a time.
Product Details
Overview
The DIY Electronic Arc Lighter Kit is a flameless, fuel-free ignition solution built around a self-oscillating boost circuit and a resin-sealed high-voltage transformer coil. When powered by a DC 3–5V source (such as a 18650 lithium-ion cell), the circuit drives a D880 NPN transistor in a push-pull oscillator configuration to step up the voltage to 0.5 kV – 0.8 kV, creating a visible purple high-temperature plasma arc at the output terminals.
This kit is ideal for students, electronics hobbyists, and makers who want to explore the principles of inductive boost circuits, electromagnetic oscillation, and high-voltage plasma generation through hands-on assembly.
Technical Specifications
| Input Voltage | DC 3V – 5V |
| Input Current | 5A (at 3V, current demand increases) |
| Power Consumption | ≥ 15W |
| Output Voltage | 0.5 kV – 0.8 kV (High Voltage Arc) |
| Arc Length | ≤ 0.8 cm |
| Key Transistor | D880 NPN Low-Frequency Power Amplifier |
| Complementary Transistor | B834 PNP (push-pull pair) |
| Transformer | Resin-encapsulated ignition coil (L1 + L2) |
| Interface | Solder-ready PCB wire terminals |
| Output Type | Pulsed high-frequency high-voltage arc |
| Recommended Battery | 18650 Li-ion / Li-Po pouch cell (3.7V) |
| Max Continuous ON Time | 1 minute (with heat dissipation break) |
| Dimensions (estimated) | 4.5 × 3.0 × 1.5 cm |
| Weight (estimated) | ~45 g |
| HSN Code | 853610 |
How It Works
The circuit operates as a Royer-type self-oscillating inverter:
- One terminal of the L1 primary coil is connected to the positive supply; the other to the collector of the D880 transistor.
- The L2 feedback coil drives the base of the transistor via a 33Ω resistor and switch, sustaining oscillation.
- The oscillating current in L1 induces a stepped-up high-voltage in the secondary winding.
- The HV output terminals produce a purple plasma arc hot enough to ignite paper, cigarettes, and thin metallic wire.
Applications
- 🔬 Educational Physics Demos – Demonstrate air dielectric breakdown and plasma discharge
- 🛠️ Hobby Electronics – Learn inductive oscillator circuits and high-voltage design
- 🔥 Experimental Ignition – Test ignition of gas mixtures or combustible materials
- ⚡ Miniature Plasma Generator – Novel visual effects and science fair projects
- 🌬️ Air Ionization – Adapt output as a low-power static charge or air ionizer
- 💡 Soldering Practice – Perfect beginner PCB soldering and assembly kit
What's in the Kit
- 1× PCB Board (pre-designed for component placement)
- 1× D880 NPN Transistor
- 1× B834 PNP Transistor
- 1× Resin-encapsulated HV Ignition Coil (L1 + L2)
- 1× Rectifier Diode
- 1× 33Ω Resistor
- 1× Capacitor
- HV Output Wire Terminals
Note: Battery (18650 / Li-Po cell) is NOT included.
Assembly Tips
- Use a 3.7V 18650 Li-ion cell for best portability and stable operation.
- At 5V input, at least 3A current supply is required; at 3V input, current demand increases significantly.
- Keep output wire terminals close (≤ 0.8 cm) to generate a stable arc.
- Energize for no more than 1 minute continuously; allow cooling between uses.
- Ensure all components are oriented correctly before soldering — incorrect polarity may damage components.
Safety Warning
⚠️ HIGH VOLTAGE HAZARD: The output terminals produce 500V–800V. Do NOT touch the output terminals during operation. Keep away from children. Use insulated tools. Not recommended for inexperienced users without adult supervision. The manufacturer recommends energizing for no longer than 1 minute per session to prevent overheating.
