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Diseases are becoming more vital in today’s world. Some of these diseases are malaria and dengue, which are mostly by harmful mosquitoes that are damn irritating. As we know; most monsoon seasons welcome mosquitoes. Well, there are various solutions like mosquito traps, mosquito killer machines, sprays, etc. to get rid of those mosquitoes. But these solutions are considered costly; which is not affordable to all people who suffer from these mosquito bites. Therefore, we need an affordable electronic device to make a mosquito-free environment. Do you wonder about the name of the device? Yes, they are none other than mosquito rackets. These mosquito rackets act as the best solution to kill a mosquito. Are you eager to know more? Come, let us dive into the topic.
Mosquito Racket also called Mosquito Swatter, is an electronic device producing a high voltage in the nets of around 300-400 Volts. Thus, when a mosquito enters the racket nets, its wing gets short-out. As a result, a spark is produced, indicating that the mosquito is about to die. Therefore, using mosquito rackets to slay the mosquitoes off, one must know the four main sections of the mosquito racket such as;
A.C. to D.C. Converter
Alternating Current is nothing but a step-down transformer that uses an A.C. capacitor. This is rectified with the bridge called full-wave Diode Bridge Rectifier. Also, a smoothing capacitor of low value is present inside the mosquito rackets. Here, the Direct Current (D.C.) is available in rechargeable types, that is used to charge the battery. Whereas, in the case of non-chargeable type, the conversion of A.C. to D.C. is unavailable.
To generate pulses, the main component called an oscillator is used in the rackets. Here, a transistor-based oscillator is used, where the transistor gets switched on and off. This rapid switching of “on” and “off” creates a transition such as a rise and fall of the voltage. This transition of voltage such as “rise” and “fall” voltage causes the transformer to “step-up”.
A step-up transformer is used in rackets, to generate a high voltage that inverts D.C. into A.C.
Net grid is one of the most important features in mosquito rackets. This reason is that it helps in the process of insects-killing. This grid consists of three nets that slay mosquitoes. The two outer nets of the mosquito rackets are negative, whereas the middle net in the mosquito rackets are positive and are of high voltage. Therefore, if a mosquito racket is switched on, the electric field from the racket nets, in turn, attracts the mosquitoes. As a result, the mosquito undergoes a fatal shock by touching the middle net of the rackets.
Finally, we conclude by saying that; the four main sections in mosquito rackets help in providing a mosquito-free environment. Also, these mosquito rackets are extremely durable and strong, which acts as the best solution to get rid of those harmful mosquito bites, especially in monsoon season.