Electromagnetic power device
An electromagnetic power and circuit technology, applied in the direction of generators/motors, electrical components, etc., can solve the problems of illusory principles, unclear principles, pseudoscience, etc., and achieve the effects of reducing electric heat loss, significant power effect, and low cost
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[0029] A current-carrying conductor is subjected to an Ampere force in a magnetic field. The magnitude and direction of the current and magnetic field determine the magnitude and direction of the Ampere force on the conductor. The magnitude of Ampere's force (F) is related to the strength of the magnetic field (B), the magnitude of the current (I), and the length of the conductor (L). The specific formula is: F=BIL. The direction of Ampere's force is judged according to the left-hand rule. The ampere force is a force that can be superimposed, and the superimposed ampere force is referred to as the combined ampere force.
[0030] In each segment of the circuit of the device, the magnitude and direction of the current and magnetic field or their changes are all caused by the same power source. The left and right circuits are symmetrical, and the ampere forces on the left and right circuits cancel each other out. The current I of the upper circuit and the lower circuit is alwa...
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