Can Permanent Magnet Motors be Used As Generators
The biggest difference between a permanent magnet generator and an excitation generator is that its excitation magnetic field is generated by the permanent magnet. A
Category: Magnet Applications
Elevator Lifting Equipment-Electromagnet
The development of the elevator has brought great convenience to the life of contemporary people. Then the elevator lifting equipment electromagnet, it is the main
Permanent Magnet Materials for Wireless Charger
The main types of magnetic materials that are widely applied in the wireless chargers at present are NdFeB permanent magnets, NiZn ferrite thin disk, MnZn
NdfeB Magnets for Electrical Fields
With the increasing performance of permanent magnet materials, rare earth permanent magnet materials are widely used in electrical fields. Using high-performance rare earth permanent magnet
What Magnet to Use for The World’s Smallest Phone Charger
Today, I will introduce the world’s smallest phone charger – The Nipper. Comprised of two tiny 17mm x 17mm x 17mm squares, this super handy
What is Halbach Array Linear Motor
Traditional motors such as DC motor, synchronous motor, induction motor, and variable reluctance motor can be used as electromagnetic actuators, but using the rotating motor
What Should We Know About Magnets?
Magnets are composed of iron, cobalt, nickel and other atoms, the internal structure of the atom is relatively special, it has a magnetic moment. Magnets
New Discoveries of Magnets in Battery Applications
Application of magnet in the battery field In recent years, power generation bacteria have become a hot topic. Scientists have discovered that bacteria found on
What Neodymium Magnets Used For
Neodymium magnet is a permanent magnet material based on the intermetallic compound Nd2Fe14B. NdFeB permanent magnets have been widely used in modern industry and electronic
Applications of High Temperature Magnets
The greatest advantage of high-temperature-resistant magnets is that they can create a strong magnetic field around them at high temperatures without consuming their own energy.