500 To 3000V Mosquito Killer Circuit High Voltage Generator PCB

It’s a 500 To 3000V Mosquito Killer Circuit High Voltage Generator PCB. Designing a high-voltage mosquito killer circuit is a complex task that involves safety considerations and specialized components. It’s important to note that working with high voltages can be dangerous, so it’s crucial to exercise caution and consult a professional when dealing with such projects. An oscillator generates a high-frequency signal that is fed to the transformer primary. This signal is typically in the range of tens or hundreds of kilohertz. You can use a suitable oscillator circuit or IC to generate the required frequency. To drive the primary winding of the transformer, you’ll need a MOSFET driver circuit. This circuit ensures efficient switching of the MOSFET and controls the voltage applied to the transformer primary. A high-voltage capacitor is connected to the secondary winding of the transformer. It stores energy during the charging phase and discharges it when a mosquito comes in contact with the high-voltage grid.