This bare PCB is designed for building a ZVS (Zero Voltage Switching) induction heater driver using two high-power MOSFETs. The circuit supports operation up to 48V input (53.5V maximum) and can deliver up to 1kW output power when assembled with appropriate components and cooling.
The board layout is optimized for high current operation and supports large resonant capacitors and power components typically used in induction heating systems.
Designed for ZVS induction heater topology
Supports dual IRFP260 power MOSFETs
Maximum input voltage: 48V (53.5V peak)
Capable of up to 1kW output power (depending on components and cooling)
Optimized PCB layout for high current operation
Space for multiple high-voltage resonant capacitors
Suitable for DIY induction heating projects
Large mounting holes for power connections and heatsinks
Topology: ZVS (Zero Voltage Switching) induction heater driver
Recommended Input Voltage: 12V – 48V DC
Maximum Input Voltage: 53.5V
Maximum Output Power: Up to 1kW (with proper components and cooling)
MOSFETs: 2 × IRFP260
Gate Resistors: 470Ω – 750Ω (both resistors must have identical values)
Pull-down Resistors: 10KΩ
L1, L2: 100µH, 15A rated
D1, D2: FR307 fast recovery diodes
D4, D5: 1N4742 Zener diodes
6 × 0.33µF, 1200V polypropylene capacitors
R1: 10KΩ, 0.25W
LED: 5mm indicator LED (any color)
Power Terminals: M4 copper pillars
Recommended Height: 30mm
High-current PCB traces
Bare PCB (Components NOT Included)
Not applicable. This board is a power driver circuit and does not require programming.
DIY induction heaters
Metal heating and annealing experiments
Small metal melting setups
Induction heating demonstrations
Electronics hobbyist high-power projects
1 × ZVS Induction Heater Driver Bare PCB
This product includes the PCB only. All electronic components must be purchased separately.
Proper heatsinking and cooling are required for MOSFET operation.
High current and high voltage are involved; this board should only be used by experienced users.
Ensure correct component ratings and wiring before powering the circuit.
Incorrect assembly or insufficient cooling may damage components.
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