IGBT based induction heater - No Mosfet, no diodes, no resistor, no coil
Ez-Weekend-Projects 11th edition.
Super easy to make this 500 Watt induction heating module with less than 20 components. Based on the principle of Zero voltage supply, it is an excellent basis for exploring resonance, oscillator and LC circuit phenomena. Fun, practical, easy to build, very inexpensive and effective. This module can have many applications. Its improvement can lead to surprising ideas.
How to make a Dc to AC inverter Specially designed to power energy efficient light bulbs. This project is ideal for completely eliminating lighting costs at home. It can perfectly serve as an emergency system in the event of a power outage. It is perfect for lighting the chalet or camper van.
Here I take up induction heating with a little more detail and present some photos of the first experiments.
Unlike the ZVS induction module which requires a low voltage but a lot of amperage (48 Volts +/- 40 Amp to have +/- 2 Kw) this approach of a switching power supply approaching the "Boost" type offers us this same power of 2000 watts from 120 vac or 240 vac mains. This eliminates the 12 Volt batteries in series, or the SMPS power supply capable of providing such amperage which is, more often than not, very expensive. With this approach inspired by an 1800 W induction hob, we save a lot of space and weight for the same power!
IGBT based induction heater - No Mosfet, no diodes, no resistor, no coil
Ez-Weekend-Projects 11th edition.
Super easy to make this 500 Watt induction heating module with less than 20 components. Based on the principle of Zero voltage supply, it is an excellent basis for exploring resonance, oscillator and LC circuit phenomena. Fun, practical, easy to build, very inexpensive and effective. This module can have many applications. Its improvement can lead to surprising ideas.
How to make a Dc to AC inverter Specially designed to power energy efficient light bulbs. This project is ideal for completely eliminating lighting costs at home. It can perfectly serve as an emergency system in the event of a power outage. It is perfect for lighting the chalet or camper van.
Here I take up induction heating with a little more detail and present some photos of the first experiments.
Unlike the ZVS induction module which requires a low voltage but a lot of amperage (48 Volts +/- 40 Amp to have +/- 2 Kw) this approach of a switching power supply approaching the "Boost" type offers us this same power of 2000 watts from 120 vac or 240 vac mains. This eliminates the 12 Volt batteries in series, or the SMPS power supply capable of providing such amperage which is, more often than not, very expensive. With this approach inspired by an 1800 W induction hob, we save a lot of space and weight for the same power!
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