1000W Inverter use IC 555
This is a 1000W - 12V inverter using NE555 timer IC. It uses 6 mosfet IRF3205. 2 4700uF 35V capacitors. The maximum output is 1000W. Of course your transformer must be big enough. In this video, my transformer is quite small, it can only provide up to 400W. Mosfet is very cool, when working at 200W, I don't need heatsink. Potentiometer on the frequency adjustment circuit, you can adjust from 40 to 70HZ, suitable for all the grid in the world.
All my projects are free, I design them on EAGLE 6.0. I uploaded it to Google drive. You need to use a web browser to download the file and open the file with winrar software (extract) on the PC. Open schematic file (.SCH) and PCB file (.BRD) with EAGLE software.
The 555 timer IC is an integrated circuit (chip) used in a variety of timer, delay, pulse generation, and oscillator applications. Derivatives provide two (556) or four (558) timing circuits in one package It was commercialized in 1972 by Signetics and it was reported to still be in wide use as of 2013 Numerous companies have made the original bipolar timers and similar low-power CMOS timers too. In 2017, it was said over a billion 555 timers are produced annually by some estimates, and "probably the most popular integrated circuit ever made."[5]
1000W Inverter use IC 555
This is a 1000W - 12V inverter using NE555 timer IC. It uses 6 mosfet IRF3205. 2 4700uF 35V capacitors. The maximum output is 1000W. Of course your transformer must be big enough. In this video, my transformer is quite small, it can only provide up to 400W. Mosfet is very cool, when working at 200W, I don't need heatsink. Potentiometer on the frequency adjustment circuit, you can adjust from 40 to 70HZ, suitable for all the grid in the world.
All my projects are free, I design them on EAGLE 6.0. I uploaded it to Google drive. You need to use a web browser to download the file and open the file with winrar software (extract) on the PC. Open schematic file (.SCH) and PCB file (.BRD) with EAGLE software.
The 555 timer IC is an integrated circuit (chip) used in a variety of timer, delay, pulse generation, and oscillator applications. Derivatives provide two (556) or four (558) timing circuits in one package It was commercialized in 1972 by Signetics and it was reported to still be in wide use as of 2013 Numerous companies have made the original bipolar timers and similar low-power CMOS timers too. In 2017, it was said over a billion 555 timers are produced annually by some estimates, and "probably the most popular integrated circuit ever made."[5]
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