Mosquito Killer Bat Circuit Diagram Pdf - Pest Control Diagram |TOP|

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The concept of non-toxic methods of mosquito control will be discussed in the following posts. The present series is mainly for the experimental set up and observations so that you can use it for future references.

The present mosquito zapper is capable of trapping more than 150 mosquitoes at a time. The mosquito zapper needs a high voltage to charge the mosquitoes so that electrocution of the trapped mosquitoes takes place. The present mosquito zapper uses a high voltage of over 10,000 volts. The present mosquito zapper uses a high voltage of over 10,000 volts. A voltage multiplier circuit has been used to increase the voltage to a required value. The present mosquito zapper uses a voltage multiplier circuit to increase the high voltage to required value.

The present mosquito zapper uses a regular mosquito trapping mesh as a window mesh. The high-voltage mosquito zapper uses a specially made trapping mesh of fine window mesh for trapping the mosquitoes and electrocuting them when they pass across the electric field of high voltage. The entire setup is placed in a water pool to immerse the mosquitoes in water while maintaining electric field and trapping all the mosquitoes passing through the window mesh. In the next post, I will discuss the mechanism and a working circuit of a mosquito zapper.

The present mosquito zapper works on the principle of electrocution of mosquitoes or electrocuting the insects as they are entering the electric field. As the mosquitoes enter the electric field, they are electrically charged. The electric charge of mosquitoes is proportional to the voltage and the time it takes to charge them. The mosquito zapper uses a high voltage to charge the mosquitoes and then is allowed to discharge the charge at a specific time when mosquitoes are passing the electric field. In this way, the mosquitoes are electrocuted and die, and get trapped in the mesh with no chances of escape. The present mosquito zapper traps any mosquitoes passing the electric field. The mosquitoes passing the electric field get electrocuted and die. The mosquitoes trapped in the mesh cannot move out and cannot fly away. The mosquitoes trapped in the mesh die as they cannot move out of the mesh. This is the mechanism of the present mosquito zapper which has been used in the video and the photographs.

Mosquito, Insect Killer using Walton Voltage multiplier method. Output should be around 2kv. Wants to let it remain connected in ac mains like 'Insect Killer cum Night Lam' which are available on market but they are having 900-1000v in output and stop working in few days.

At the following link it is possible to download picture cards (flashcards) that serve as a teaching means enabling the achievement of the educational target more efficiently. The cards are thematically distinguished. The method for using picture cards during the class is described in the publication within the section Activities at this portal where through the use of these cards the amount of possible entertainment and interesting activities is described. In many activities it is suitable to use the cards only in pairs. 827ec27edc