You want to build a full-bridge inverter using IRFB4110 N-channel MOSFETs and IR2110 high/low-side gate driver ICs.
I can help design the schematic, but I’m currently unable to execute project changes because there are no available ACUs. Also, the current project appears to have been largely cleared recently: it shows 26 components of only RouteBranchPoint type and 0 nets, so the ESP32 reference design circuitry is not currently intact.
What remains to define before implementation:
DC bus voltage and power target, e.g. 12 V / 24 V / 48 V and output watts
Output type: square wave, modified sine, or SPWM sine inverter
Load type: resistive, motor, transformer primary, AC output, etc.
Switching frequency
Control source: ESP32 PWM, SG3525/TL494, analog oscillator, or external MCU
Required protections: fuse, current sense, undervoltage, overtemperature, shoot-through dead time
Whether you want isolated AC output through a transformer or direct H-bridge output
Default architecture I’d recommend:
4× IRFB4110 MOSFETs in full bridge
2× IR2110 drivers, one per half-bridge
Bootstrap diodes and capacitors for the high-side drivers
10–22 Ω gate resistors on each MOSFET
10 kΩ gate-source pulldowns
DC-link bulk capacitors near the bridge
Fast local ceramic decoupling on each IR2110
Dead-time enforced by the PWM controller
Current sensing and DC bus protection before testing under load
Once ACUs are available, I can create the full schematic in this project and verify the gate-driver wiring, bootstrap network, MOSFET bridge, power input, and protection circuitry.
Wirelessly connects nets on schematic. Used to organize schematics and separate functional blocks. To wirelessly connect net portals, give them same designator. #portal
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and High-Power Chip Resistor
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Features:
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