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•La bobina o inductor por su forma (espiras de alambre arrollados) almacena energía en forma de campo magnético
•El símbolo de una bobina / inductor se muestra en el gráfico anterior:
•El inductor es diferente del condensador / capacitor, que almacena energía en forma de campo eléctrico
•Todo cable por el que circula una corriente tiene a su alrededor un campo magnético, siendo el sentido de flujo del campo magnético, el que establece la ley de la mano derecha (ver electromagnetismo).
•Al estar el inductor hecho de espiras de cable, el campo magnético circula por el centro del inductor y cierra su camino por su parte exterior.
The inductor coil or by its shape (coils of wire wound) stores energy in magnetic field
The symbol of a coil / inductor is shown in the chart above:
The inductor is different from the condenser / capacitor that stores energy in electric field
All wire through which a current has a magnetic field around it, being the flow direction of the magnetic field, which establishes the law of the right hand (see electromagnetism).
Being the inductor coils made of wire, the magnetic field flows through the center of the inductor and closes his way on the outside.
The inductor coil or by its shape (coils of wire wound) stores energy in magnetic field
The symbol of a coil / inductor is shown in the chart above:
The inductor is different from the condenser / capacitor that stores energy in electric field
All wire through which a current has a magnetic field around it, being the flow direction of the magnetic field, which establishes the law of the right hand (see electromagnetism).
Being the inductor coils made of wire, the magnetic field flows through the center of the inductor and closes his way on the outside.
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