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ERHIndia Mosquito Killer Bat Circuit Board PCB for Mosquito Sound Recorder and Sound Circuit Electronic Hobby Kit

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Highlights

Power Source: DC
Material: Plastic
Weight: 17

Description

This mosquito circuit board is found inside the mosquito killer bat or racket which is most commonly available in the local market for getting rid of mosquitoes in the summer and rainy seasons. This circuit can be useful for you if you have a damaged mosquito bat or racquet in your home or if you are a maker and you want to make your own mosquito killer bat or racket, you can use this circuit board in your DIY project.

Specifications

In The Box

Mosquito Killer Circuit Board

General

Brand	ERHIndia
Model Number	Mosquito Killer Bat Circuit Board PCB for Mosquito
Skillset	Social Skills
Type	Sound Recorder and Sound Circuit
ROHS Complaint	No
Material	Plastic
Age Group	16+ Years
Gift Pack	No
Net Quantity	1
Key Features	The circuit consists of three main parts. The power supply (red) converts AC input into DC to charge the battery. The battery feeds the oscillator circuit (green), which converts DC back to AC. A transformer steps up the voltage, which is further stepped up by a diode/capacitor ladder network (blue)., The idea here is to position a set of steel meshes covering a particular selected window, and powered with a high voltage source., When the mosquitoes try to make their way through this window, they are instantly killed through electrocution between the mesh structures., 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.

Dimensions

Width	2.7 cm
Height	1.5 cm
Weight	17

Power Features

Battery Type	NA
No Of Batteries	0
Battery Size	NA
Power Source	DC
Other Power Features	The circuit consists of three main parts. The power supply (red) converts AC input into DC to charge the battery. The battery feeds the oscillator circuit (green), which converts DC back to AC. A transformer steps up the voltage, which is further stepped up by a diode/capacitor ladder network (blue)., The idea here is to position a set of steel meshes covering a particular selected window, and powered with a high voltage source., When the mosquitoes try to make their way through this window, they are instantly killed through electrocution between the mesh structures., 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.

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