In two Circuit diagram below,just use 2 transistor,2 resistors and one transformer only. They can convert 12VDC from battery to 220VAC or 120VAC to apply small light bulbs or lamps max 10 watts.
Oh…Low voltage source. A load does not run. Use these circuits. They will convert that voltage to a new voltage as you need. With 2 groups: Inverters—the output is AC voltage like AC main. DC converters—the output is DC voltage.
You would like to use electrical appliances outside the home that no electricity.
We recommended you use a battery and inverter circuit, it can convert a 12V battery to AC voltage, is same as AC line at your house.
Here! We have a many the inverter circuit, 10-watts,60W, 100W, 200W, and 500W power output. It can convert a 12VDC to 230VAC 50Hz/ 220VAC 50Hz/ 110VAC 60Hz output as your country.
You can learn how it works in a simple circuit. To begin with, you see transistors circuits are so easy. Next, power MOSFET circuits are hight watts and easiest. Final, we use ICs circuit are so easy and small size.
We use the parts in all circuits are available in most of the local markets.
See many inverter circuits below.
This is simple the 12V to 24V step up converter circuit, can convert DCV from 12V to 24V at 1A max. Using TDA2004. Why is amplifier IC? It easy&inexpensive.
This circuit offers a variety of Buck DC to DC converters. Because as circuit increase voltage as the usb 5v to 12v dc-dc step-up converter. This circuit is called Boost converter circuit.
Simple Step up DC converter circuit using Transistor 6V to 12V!
use Mini high voltage generator at my friend wants. Because of using the transistor 2 pcs only just,build small-sized easy good. By this circuit gives pulse Generator 220V from 9V…
It is a ideal for small size circuit and easy. It is a switching voltage regulator circuit. 5V USB to 12V output low current such as LED display. LEarn It moRe!
This is 500W power inverter circuit that modify from 200W inverter. It use SG3526 and mosfet IRFP540 so high efficiency than transistors,full protection