EveryCircuit
Contact
Reviews
Home
marck161
modified 7 years ago

Soldadora de arco con dos transformadores de microondas - Arc welding machine with two microwave transformers

9
0
268
02:43:14
-------------------¡PRECAUCIÓN!------------------- EL TRANSFORMADOR DE MICROONDAS CUENTA CON UN DEVANADO SECUNDARIO DE ALTO VOLTAJE (2000VAC) Y BAJO AMPERAJE (500mA), SUFICIENTE PARA OCASIONAR GRAVES LESIONES E INCLUSIVE LA MUERTE. Además el microondas contiene dispositivos (capacitor, magnetrón, etc) de igual peligrosidad. ---------------Solo fines didácticos------------- V1/N1=V2/N2 V1=voltaje de entrada en primer devanado N1=número de vueltas devanado principal V2=voltaje de salida en devanado secundario N2=número de vueltas en devanado secundario Aproximadamente por cada vuelta en el devanado secundario se obtienen .8VAC, por lo tanto se requieren 15 vueltas para lograr 12V de salida Obteniendo aproximadamente 200A La conexión de alimentación en paralelo demandara un mayor voltaje que en serie, resultando en sobrecalentamiento pero mayor amperaje de salida. --------------------¡CAUTION!------------------------ THE MICROWAVE TRANSFORMER HAS A SECONDARY WINDING OF HIGH VOLTAGE (2000VAC) AND LOW AMPERAGE (500mA), ENOUGH TO CAUSE SERIOUS INJURY AND EVEN DEATH. In addition, the microwave contains devices (capacitor, magnetron, etc.) of equal danger. ------------- Only didactic purposes ----------- V1 / N1 = V2 / N2 V1 = input voltage in first winding N1 = number of turns main winding V2 = output voltage in secondary winding N2 = number of turns in secondary winding Approximately with every turn of the secondary winding, output is .8VAC, therefore 15 turns are required to obtain 12V output Getting approximately 200A
published 8 years ago

EveryCircuit is an easy to use, highly interactive circuit simulator and schematic capture tool. Real-time circuit simulation, interactivity, and dynamic visualization make it a must have application for professionals and academia. EveryCircuit user community has collaboratively created the largest searchable library of circuit designs. EveryCircuit app runs online in popular browsers and on mobile phones and tablets, enabling you to capture design ideas and learn electronics on the go.

Copyright © 2026 by MuseMaze, Inc.     Terms of use     Privacy policy