MOSQUITO KILLER RACKET Circuit ELECTRIC KILLER🤳

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  • Опубликовано: 13 сен 2024
  • Hello friends, today I bring you the electrical circuit diagram of a Chinese electric killer mosquito racket. A very basic animated diagram of a voltage booster which is powered by a 3 to 6 volt battery, in my case a 4 volt lead acid battery. I wanted to show you this circuit not only for distraction and visualization but because I have been using it as a tool for years in some jobs and also with a small modification plus an aluminum heatsink I use it as a table light in which I do my tasks and edit my videos. That is why I show you the diagram first so that in the future I can show the video on how to use it with a light bulb and save energy or have it as an emergency in a multi-use box. I hope watching this video motivates you to follow a humble channel and if there are corrections to the circuit, let me know and I can, like you, learn more, improve the video and give an explanation for everyone's learning. Greetings and thanks for watching regardless of the language.🤳 Tags Fly killer racket electric killer High voltage circuit D.C to B.C. CHINESE ELECTRIC RACQUET CIRCUIT ANIMATED DIAGRAM TRIAC NPN TRANSISTOR CAPACITOR CBB81 223J2KV RESISTOR 1.5 K OHMS 1/4 W CAPACITOR 472 1kv RED LED DIODE RECTIFIER DIODE 1N 4007 SMPT SWITCH BUTTON BUTTON SMSP TRAFO 6 pins Capacitor 101 1kv Dengue Zika Chikungunya Mosquito Mosco Fly electric insect racket #racketkillerquitos #mosquitoes #electrickiller #diagrams #transistor #capacitor #dengue #diy #electriccircuits Play list to support the channel🤳 • AURICULARES,HEADSET ,J...

Комментарии • 2

  • @lucasfontana8093
    @lucasfontana8093 2 месяца назад

    Hola, una consulta, en la lista nombras un triax. En la lista de componentes cual seria

    • @mirayhazlotu
      @mirayhazlotu  2 месяца назад +1

      Hola amigo gracias por comentar!! En LA lista del video en español no incluyo el valor del componente ya que depende del modelo de Raqueta pero generalmente viene el D882P TRANSITOR Silicio NPN pero si lo hace como proyecto recomendaria un tip 121 de esta manera evitaria. Quemarse por sobrecalentamiento y tambien serviria para darle otro uso al circuito elevador. en algun momento haré el video sobre una tabla de pruebas (protoboard) para explicar otros usos y proyectos basicos.
      SALUDOS AMIGO ESPERO NO EQUIVOCARME EN LA RESPUESTA QUE NESECITA.👉👨‍💻