The 24V DC to 220V AC 100W Inverter Circuit is a compact DC-to-AC inverter module designed to convert a 24V DC battery supply into approximately 220V AC output. It features an onboard transformer and switching circuitry and is suitable for DIY backup systems, battery projects, solar applications, and power-electronics experiments.
Features
- 24V DC input
- Approximately 220V AC output
- Up to 100W rated output*
- Integrated transformer
- Power switching circuit
- Onboard control/oscillator circuit
- Aluminum heatsinks for power components
- Compact PCB design
Specifications
| Specification | Value |
|---|---|
| Product Type | DC to AC Inverter Circuit |
| Input Voltage | 24V DC |
| Output Voltage | Approx. 220V AC* |
| Rated Output Power | 100W* |
| Output Frequency | Approx. 50Hz* |
| Input Current | Load Dependent |
| Output Waveform | Modified / Square Wave* |
| Transformer | Onboard |
| Cooling | Aluminum Heatsinks |
| PCB Type | Through-Hole |
| Input Source | 24V Battery / DC Supply |
*Exact output voltage, frequency, waveform, maximum continuous power, and input current depend on the specific circuit version.
Connections
| Connection | Function |
|---|---|
| 24V + | Positive DC input |
| 24V − | Negative DC input |
| AC Output | Approx. 220V AC output |
Applications
- DIY inverter systems
- Battery backup projects
- Solar power projects
- Portable AC power systems
- Electronics laboratory projects
- Power electronics experiments
- Educational inverter projects
- Small AC-load applications
Advantages
- Compact inverter design
- 24V DC input
- Integrated transformer
- High-voltage AC output
- Suitable for DIY applications
- Built-in heatsinks for power components
- Easy to integrate into a suitable battery system
Package Includes
- 1 × 24V DC to 220V AC 100W Inverter Circuit
⚠️ Safety Note: The output can reach approximately 220V AC, which is potentially lethal. Use proper insulation, enclosure, fusing, wiring, and electrical clearances. Never connect the inverter output directly to household mains wiring or a wall socket. Also, the image itself is labeled “60-watt inverter circuit,” while your requested product name specifies 100W; therefore, the actual continuous output rating should be verified for the particular PCB before listing it as a 100W inverter.






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