8189 Radial Magnet

1. Rotor: The rotor is the innermost component of the Radial Magnet. It typically consists of an iron core covered with coils of wire and windings for producing the magnetic field. 2. Fluctuation Coil: The fluctuation coil helps to maintain constant magnetic field strength within the Radial Magnet. This component is made up of a series of coils arranged along the outermost circumference of the magnet. 3. Winding System: The winding system is made up of a series of wires that are used to create a specific magnetic field in the Radial Magnet. The number of coils and the direction of current flow determines the strength and direction of the magnetic field. 4. Discharge Tube: The discharge tube is a tube-like structure that houses the windings and fluctuation coils, while allowing electric current to exit the magnet. 5. Venturi: The venturi is a tube that helps to maintain a uniform magnetic field by directing the current that exits the magnet in a specific direction. 6. Air Gap: The air gap is the area around the magnet between the rotor and the core where the magnetic field is weakest. This gap helps to reduce the inductive reactance of the magnet, as well as reduce overall heat generation. 7. Magnetic Structure: The magnetic structure is the basic framework of the Radial Magnet. It typically consists of an inner core and outer casing, with a series of windings surrounding the core. 8. Capacitor: The capacitor is used to control the intensity of the magnetic field within the Radial Magnet. The capacitor is connected to the windings, and can be adjusted to create the desired field strength.