The principle of energy storage capacitor of electric mosquito swatter

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The principle of energy storage capacitor of electric mosquito swatter

An electric fly swatter is a household device used for killing mosquitos. It is designed in the shape of a badminton or tennis racket having an electrical mesh. When a fly comes in. The electric fly swatter works on the principle of electrocution. There are two types of grid meshes: inner mesh and outer mesh. The inner mesh is sandwiched between. The output voltage depends on the design but it is usually between 500 – 3000 volts with a frequency of up to 200 kHz . The circuit of the electric fly swatter is concealed inside the handle of the racket. It consists of four major parts: a charging circuit, oscillator, transformer, and voltage multiplier. The circuit. The electric fly swatter has inner mesh and outer mesh on both sides. Both outer meshes are at the same potential. It electrocutes a fly once it touches both the inner and outer mesh.A capacitor is used at the output for storing the charge and discharging while in use. The capacitor discharges through the mosquito in the form of an arc. The output from the capacitor is supplied to the grid mesh. There are two meshes i.e. inner mesh and outer mesh.

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6 FAQs about [The principle of energy storage capacitor of electric mosquito swatter]

How does a mosquito capacitor work?

The capacitor discharges through the mosquito in the form of an arc. The output from the capacitor is supplied to the grid mesh. There are two meshes i.e. inner mesh and outer mesh. The inner mesh is connected to one of the terminals while the two outer meshes are connected to the other terminal of the capacitor.

What is the circuit of electric fly swatter aka Mosquito Killer racket?

The circuit of the electric fly swatter is concealed inside the handle of the racket. It consists of four major parts: a charging circuit, oscillator, transformer, and voltage multiplier. The circuit diagram for the electric fly swatter aka mosquito killer racket is given below.

How does an electric Mosquito Killer racket work?

Good to know: An Electric mosquito killer racket works on the same bases used for similar functions using different products such as electric fly swatter, bug zapper bat, electronic Fly and Insect Swatter etc. The electric fly swatter works on the principle of electrocution. There are two types of grid meshes: inner mesh and outer mesh.

What is the charge circuit inside an electric fly swatter?

The charging circuit inside the electric fly swatter is transformer-less or capacitive power supply. It is also known as a capacitive dropper since it reduces the AC voltage from the mains down to low-voltage DC as shown in the figure below. Related Posts: Which One Kills – Current or Voltage and Why? Amps vs Volts

How does an electric fly swatter work?

The electric fly swatter works on the principle of electrocution. There are two types of grid meshes: inner mesh and outer mesh. The inner mesh is sandwiched between the two outer meshes. The grid mesh is electrically charged when the button is pressed. High voltage appears between the inner and outer mesh.

How does a mosquito Zapper work?

The circuit of the mosquito zapper explained here also includes an small transformerless charger circuit which may be connected to mains for charging the 3V rechargeable battery when the bat stops generating sufficient arcing voltage while swatting the mosquitoes. TR1 winding details can be found in the following image: Core: EE19/8/5