Design and Optimization of Permanent Magnet Structure and Materials

Technical Solutions Motor Stator or Rotor Design Background     Because we don't know much about magnets, a large number of magnets are wasted. Through our diagnosis, maybe we can help you save more than 15% of the magnet usage. Idea 1. In order to maximize cost savings, our design concept is reasonable magnet      grade and reasonable magnet dosage under the condition of fully meeting the      design requirements. 2. Ensure the existing projects achieve the goal of reducing costs through      optimization design.step1. Calculate and simulate the strength of the magnetic field based on the specified       magnet grade and size. See the following figure. 2. Calculating locked-rotor torque based on the specified magnetic field strength       and motor winding parameters 3. Based on the working temperature, working environment and reliability      requirements of the motor, the intrinsic coercivity and plating standards of the      magnet are established. 4. Design of motor accessories and assembly scheme         We provide the material, structure and motor assembly plan of the motor rotor for our customers' reference. Design of Inductor Magnet Basic principles and key parameters 1. Output of mechanical motion converted into electrical signals 2. Proportional amplifier 3. Figures 4. Directionality 5. Compatibility of Low Voltage Electronics 6. Physical contact is not required 7. No mechanical wear or damage. 8. Can work in a sealed environment 9. High reliability 10. Long service life Design tool 1. Gauss meter 2. fluxmeter and Helmholtz coils 3. 2-D and 3-D finite element analysis software for magnetic field of the river (Star      Creation uses 2-D finite element analysis software). 4. Calculation Program of Space Magnetic Field-Star Magnetic Industry has its       own program designed by engineers to calculate space magnetic field To give a simple example, the following is a calculation formula for an axially magnetized