Hi! In this structure, you will learn to do a simple inverter at home. This inverter does not require multiple electronic components, only a small 3 v DC motor component is required. The DC motor alone is responsible for performing the switch action, which in turn converts the DC from the battery to the AC voltage. This type of inverter is a square wave inverter suitable for school or university projects. List of components required for the project :-That\'s it! -- You need a transformer of 12 V to 220 V. -- 3 volt toy DC motor. The winding wiring of the DC motor has been modified a little. The boom of this 3 volt toy DC motor has three windings. So what you have to do is to disconnect any winding from the shifter as shown in the picture. After doing so, assemble the DC motor as before. \"Now, if you connect the DC motor to the battery, it doesn\'t start automatically as it normally does, but instead you have to get it to start. In addition, the DC motor will become inefficient and will run at very low speeds, which is exactly what this project needs to \"watch the full video step by step --- Check out our Youtube channel-- > CreativElectron7MAfter complete the first step, remove the battery from 6 v to 12 v DC and connect it in series with the converted DC motor to the primary low voltage 12 v side of the transformer Now if you will connect more than one The meter to the output of the transformer, you will not see any high voltage output, because the DC motor must start the circuit to act as the inverter, because you have removed one of the three windings of the motor winding, it doesn\'t start automatically, but you have to give it a hand spin before you speed it up. Make sure that after the DC motor is started, do not touch the output high voltage side of the transformer. Watch the full video step by step- Check out our Youtube channel-- > CreativElectron7MAfter make all connections as instructed, connecting multiple The meter points to the secondary high voltage side of the transformer and the pointer points to 750 v ac. Now turn the shaft of the motor with your hand until it speeds up. When it accelerates, you should see the accelerated high voltage shown on multiple devicesmeter screen. The indicated voltage shall be within the range of 150 to 400 v ac voltage. Try to connect the bulb or move the charger and they should start working. The maximum power of this inverter depends on the size of the transformer and the input power supply. The frequency of the circuit depends on the speed of the motor, and the speed of the motor depends on the input power supply. So it\'s all for this project. Thankyou! Watch the full video step by step- Check out our Youtube channel--
