Electric Mosquito Zapper Circuit

Ever want to build your own mosquito killing device.

Electric mosquito zapper circuit.

The design is an electric fly swatter circuit that looks like a tennis racket. Bug zappers can lure and kill more than 10 000 insects in a single evening. This voltage is then fed over the net of the device and is used to roast or electrocute any bug that. This hanging bug zapper s 40 watt light does a fantastic.

I am now trying to understand how the circuit is working which goal is to produce high voltage. In doing so we are going to take out the following. This is a demonstration to replicate the mosquito racket fly swatter bug zapper high voltage circuit. Check out our circuit plans for making your own indoor electric mosquito zapper.

This rechargeable lantern doubles. You often hear a loud zzzz sound when this happens. This ultraviolet fluorescent lamp is mounted in the middle of the cabinet and a pair of carefully spaced electrically insulated charged wire grids surround the light. Yellow resistor black transistor red led gray diode blue capacitor brown switch or wire battery is on the left high voltage output on the right.

Another possibility was to use a small step down transformer as a step up transformer and rectify the voltage to dc using general purpose diodes to apply to the mesh. For the purpose of learning i have tear down a small mosquito zapper racket. A mosquito killer bat is also called electric flyswatter mosquito bat racket zapper or zap racket these devices are hand held and similar to look badminton racket or tennis racket. The concepts of electronic mosquito repellers are simple and we can build a simple mosquito repellent circuit at home easily by using 555 timer ic and few other commonly available components.

As the bug flies toward the light it penetrates the space between the wire mesh grids and completes the electric circuit. The meshes are placed on a plastic tennis like racket the inner mesh if where the. Inside the handle of a mosquito killer bat contains an electric reachable battery and a circuit board. In my design i decided to build a portable bug zapper because i already had most of the parts from a useless rechargeable lantern.

The circuit inside these magnificent devices though is complex and involves several voltage booster stages which is finally stepped up to several thousand volts. When this circuit is applied as a mosquito swatter the end terminals of the 2uf capacitor are appropriately tied or connected across the internal and the external bat mesh layers. An electric fly swatter is one such device with a high voltage electrocuting circuit and an insect attracting uv lamp of 365 nm wavelength.