Mosquito killer lamp circuit

This mosquito killer has a simple structure, is easy to make and has good effect.
    (1) Working principle Mosquitoes, like other moths, have certain phototaxis, and the light wave they like is about 3650A. Mosquitoes
are also very sensitive to temperature changes, and the sensors on their heads can detect o. 005°C temperature difference change. Human body temperature is generally higher than the air temperature, and
the lactic acid smell contained in human sweat and the carbon dioxide emitted during breathing can attract mosquitoes to fly to the human body.
    Based on the above characteristics, these conditions can be simulated, the surrounding mosquitoes and other flying insects can be gathered together, and they can be killed using high-voltage power grids.

5. To ensure a bumper agricultural harvest, pest control and extermination is an important measure. A kind of electric insecticidal lamp - black light lamp - is used in rural areas of my country. Black light
is actually a type of fluorescent lamp. The difference is that the phosphor coated on the wall of the tube is different. It can emit ultraviolet light with a wavelength of 360nm . ．UV rays
of this wavelength are very attractive to insects. When using a black light lamp, it must also be equipped with ballasts, starters and other accessories. The installation method is the same as that of ordinary fluorescent lamps.     The black light itself can only trap flying pests, and insecticides must be equipped with a killing device. The easiest way is to use a basin to kill insects. As shown in Figure 23-5, install several insect-proof glass plates around the lamp, place a basin of water under the lamp, and add some insecticides in it. When flying pests pounce on the black light, they collide with the insect-shielding glass plate and fall into the water basin where they are killed.