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The difference between electromagnetic drive and electromagnetic damping
Release time:
2024-03-09
Electromagnetic damping and electromagnetic drive, although both involve ampere-force, have opposite effects. In electromagnetic damping, the direction of amperage force is opposite to the direction of conductor motion, which hinders conductor motion. The direction of the amperage force in the electromagnetic drive is the same as that of the conductor, which pushes the conductor's motion.
Electromagnetic damping and electromagnetic drive, although both involve ampere-force, have opposite effects. In electromagnetic damping, the direction of amperage force is opposite to the direction of conductor motion, which hinders conductor motion. The direction of the amperage force in the electromagnetic drive is the same as that of the conductor, which pushes the conductor's motion. In addition, the energy conversion in electromagnetic damping is mainly the conversion of other forms of energy into electrical energy, and finally into internal energy; In electromagnetic drive, mechanical energy is converted into electrical energy through amperage force, and part of the electrical energy is converted into mechanical energy to do external work.
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