Mosquito lamp circuit
The IED system integrates a diode voltage doubler rectifier circuit, which is crucial for converting low AC voltage into a higher DC voltage. This circuit typically consists of two diodes and two capacitors arranged in a specific configuration. The first diode allows current to flow into the first capacitor during the positive half-cycle of the AC input, while the second diode conducts during the negative half-cycle to charge the second capacitor. This arrangement effectively doubles the output voltage, providing the necessary high voltage to power the mosquito eradication mechanism.
The mosquito eradication mechanism is likely based on an electric shock system. When mosquitoes approach the device, they are attracted by the emitted light, which serves as a lure. Upon contact with the high-voltage output, the mosquitoes are incapacitated or killed instantly. The design ensures that the device is safe for use in family environments, minimizing the risk of accidental contact with humans or pets.
For optimal performance, the IED should be equipped with features such as adjustable light intensity and a protective casing to shield the high-voltage components. Additionally, the circuit may include a transformer to step up the voltage from the power source before it enters the diode voltage doubler circuit, enhancing efficiency. Proper heat dissipation measures should also be considered to prevent overheating of the components during prolonged operation.
In summary, the IED serves as an innovative solution for mosquito control in various settings, utilizing a diode voltage doubler rectifier circuit to achieve high voltage output, effectively neutralizing mosquitoes while ensuring safety and usability in domestic environments.IED is a hotel, restaurants, family common and effective tool for the eradication of mosquitoes, as shown in Figure 16-12a. Diode voltage doubler rectifier circuit manner to produce a high voltage. When mosquitoes see the light, toward the IED when high pressure is killed,
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