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DIY Flyback Transformer Driver Using IRF540N MOSFET | 12V DC In this video, I build a DIY flyback transformer driver circuit using an IRF540N N-channel power MOSFET and a 12V DC power supply. This project demonstrates MOSFET switching and the working principle of a flyback transformer using a homemade winding setup. For this experiment, I made the flyback transformer windings myself using enamelled copper wire. The secondary winding consists of 300 turns of 28 AWG enamelled copper wire, while the primary winding consists of 6 turns of 20 AWG enamelled copper wire. The circuit uses an IRF540N MOSFET as the main switching component. A 10K potentiometer, a 1K resistor, a 12V Zener diode, a 10 nF 2 kV capacitor, and a 104J (100 nF) capacitor are also included in the circuit. Components Used 1. IRF540N N-channel power MOSFET 2. Homemade flyback transformer 3. Secondary winding: 300 turns of 28 AWG enamelled copper wire 4. Primary winding: 6 turns of 20 AWG enamelled copper wire 5. 12V Zener diode 6. 10K potentiometer 7. 1K resistor 8. 10 nF, 2 kV capacitor 9. 104J capacitor (100 nF) 10. 12V DC power supply 11. Connecting wires What You Will Learn - How to use an IRF540N MOSFET in a switching circuit - How primary and secondary windings work in a flyback transformer - How to make transformer windings using enamelled copper wire - The purpose of a Zener diode in a MOSFET circuit - How capacitors and a potentiometer affect circuit operation - Basic principles of electromagnetic induction and transformer operation ⚠️ Safety Warning: A flyback transformer can generate dangerous high voltages, even when powered by a 12V DC supply. Never touch the secondary winding or output connections while the circuit is operating. Keep the circuit away from flammable materials, use proper insulation, and disconnect the power before making adjustments. The 2 kV capacitor rating does not make the entire circuit safe for high-voltage operation. If you enjoy DIY electronics, MOSFET experiments, homemade transformers, and practical electronics projects, subscribe to Electric Dhamaka for more exciting experiments! #IRF540N #FlybackTransformer #MOSFET #DIYElectronics #FlybackDriver #TransformerWinding #ElectronicsProjects #ElectricDhamaka

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