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What is field current?

What is field current


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Why direction of rotation is not reversed when both field and armature terminal are reversed?

The direction of the force that drives the machine is determined by the relative directions of the field and the armature current. By reversing the direction of both field and the armature current, the direction of the resulting force stays the same; you have to reverse the direction of one or the other; not both! Prove it for yourself, by applying Fleming's Left-Hand Rule (for conventional current flow); reverse the direction of both your first finger (field) and your second finger (armature current), and you thumb (direction of motion) will end up pointing in the same direction!


Why direction of rotation is not reversed when both field and armature terminals are reversed?

The direction of the force that drives the machine is determined by the relative directions of the field and the armature current. By reversing the direction of both field and the armature current, the direction of the resulting force stays the same; you have to reverse the direction of one or the other; not both! Prove it for yourself, by applying Fleming's Left-Hand Rule (for conventional current flow); reverse the direction of both your first finger (field) and your second finger (armature current), and you thumb (direction of motion) will end up pointing in the same direction!


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Accelerating current refers to the flow of electric current in a circuit that increases in intensity or speed over time. This can be achieved by applying a voltage or electric field that accelerates the movement of charged particles within the circuit. The acceleration of current is commonly used in devices such as particle accelerators and certain types of electronic components.