100 watts inverter circuit working and applicationsAn Inverter is a small circuit that converts the direct current (DC) to alternating current (AC). The power of a battery is converted into main voltages or AC voltage. We can use AC power for electronic appliances like television, mobile phones, computer etc. The basic function of an inverter is to convert DC to AC. Step-up transformer is used to create main voltages. In this article we are going to design a 100 watts inverter circuit. Block Diagram of 100 watts inverter circuitThe blog diagram of the inverter is given below The block diagram explains that battery supply is given to the MOSFET driver where it will oscillate the DC current and the resulting oscillate current is given to the step up transformer then step up transformer give AC Power. Components Required for 100 watts inverter circuit
Circuit Diagram of inverter circuitWorking Detail of 100 watts Inverter circuitCD4047 is a multi-vibrator with very low power consumption. It can operate in mono-stable multi-vibrator and also a stable multi-vibrator. In a stable multi-vibrator mode it operates in free running or gate able modes and also provides good a stable frequency stability. It generates 50% duty cycle that creates a pulse which is applied for inverter circuit. This is the main use of IC CD4047. IRF540 is an N-channel MOSFET that is mainly used in switching regulators, switching converters relay drivers etc. The reason behind using MOSFET in the INVERTER circuit is a high switching transistor that work in very low gate drive power and have high input impedance. Explanation of 100 watts inverter circuit
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