Mar 05,2021

The working principle of the inductor motor


Inductor motor is an instrument that uses the principle of electrostatic induction to generate static electricity. An even number of pieces (20 pieces) of aluminum are pasted on the outer surface of two mutually opposite insulating discs (usually made of glass). The two X-shaped neutralizing brushes are at an angle of 90 degrees to each other, and the copper wires at both ends of the brushes are in close contact with the two discs.

 Inductor motorIt is an instrument that uses the principle of electrostatic induction to generate static electricity. An even number of pieces (20 pieces) of aluminum are pasted on the outer surface of two mutually opposite insulating discs (usually made of glass). The two X-shaped neutralizing brushes are at an angle of 90 degrees to each other, and the copper wires at both ends of the brushes are in close contact with the two discs.

In theory, ifInductor motorThere is no charge on the aluminum sheet, and there will be no induced charge on the other aluminum sheets. Therefore, it is required to maintain and work in a dry and clean environment. In practice, even a small residual charge on any aluminum sheet can start the process of inductive charging after the disk starts to rotate.

  Inductor motorAnd computers are known as the three pillars of modern information technology and the foundation of the Internet of Things. Their application involves various fields of national economy and national defense research, and is one of the basic and strategic industries of national economy. At present, the Internet of Things, big data, cloud computing technology, and even the realization of various technologies in smart cities that have attracted international attention haveInductor motorSensor technology is in great demand. Assuming that the aluminum sheet S1 of the rear disc is positively charged and rotates counterclockwise, the aluminum sheet near it on the corresponding front disc is negatively charged inside and positively charged outside due to electrostatic induction. The external positive charge transfers the positive charge to the aluminum sheet S2 on the other side of the brush through the neutralizing brush (or the positive charge on the aluminum sheet S1 attracts the negative charge on the aluminum sheet on the front plate), so that the aluminum sheet S2 on the other side of the brush is positively charged, while the aluminum sheet near the aluminum sheet S1 on the front plate is negatively charged. After the aluminum sheet of the inductor motor rotates 45, the negative charge on it is collected to the Layton bottle collected on the right, becoming an uncharged aluminum sheet. During the 45 degree rotation described above, the two aluminum sheets on the front side will sense the aluminum sheet near its back side. As long as you don't stop turning,Inductor motorThe inductive charging between the aluminum sheets on the front and back will continue, causing a large amount of positive and negative charges to accumulate on the two Lehton bottles.