INDUCTOR

Definition of Inductor
                The property of an element is due to which it opposes the change of current.
And such elements which have the properties of industance are called inductors.
# The inductance is always  to the same as electrical inertia in the inductor.
Circuit point of view 
 V=L (di/dt) 
                 
# From the above equation, it is clear that if the current flowing in the inductor becomes constant, then its cross voltage will be zero. And inductor become a short circuit. This causes inductor flowing DC current.
# Inductor does energy store in magnetic field but not store in electromagnetic field.
# Delays create permanent current in the inductor circuit.
  # The best way to increase the value of any inductance is to increase the permeability of the core on which the inductor is wrapped. 

  Series connection of inductor
   L eq=L1+L2+L3+...Ln.
Parallel connection of inductor
L eq = 1/L1+1/L2+1/L3+....1/Ln
# In any circuit, the inductor's Behavior is similar to the Behavior of Resistance.

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