NOVELTY - The circuit has a switching circuit controller (SC) for repetitively configuring a switching circuit, so that the switching circuit electrically couples a capacitance of a capacitor (C1) to an inductance of an inductive device (L1) e.g. stator winding. The switching circuit is configured, so that charge established on the capacitor during one period is held on another capacitor. The controller configures the switching circuit in one switching circuit configuration, so that energy stored in the latter capacitor is transferred to the inductive device.    USE - Electromagnetic field energy recycling circuit for recovering energy from a collapsing magnetic field, for storing the recovered energy as charge on a capacitor and for re-using the stored recovered energy to establish a magnetic field for a switched reluctance motor that is utilized in a traction drive, air compressor, liquid pump, wheel loader, bulk handler, vacuum cleaner, washing machine, machine tool, mining equipment, and air conditioning and aerospace application, a synchronous reluctance motor that is utilized in air conditioner, electric and hybrid drive vehicle, electrically powered machine and appliance, industrial drive and aerospace application, a solenoid driven actuator that is utilized in distributing pump, linear generator, solenoid valve, bell, solenoid driven pump, and transformer, an electrical generator that is utilized for power distribution and electrical power supply, induction heater, an inductive power transfer device that is utilized for recharging battery in electric and hybrid vehicle. (all claimed). Can also be used for a power generation alternator.    ADVANTAGE - The circuit allows efficient transfer of energy between charge stored on the capacitors and magnetic fields associated with inductances of inductive devices, thus enabling recovery of energy from collapsing magnetic field, efficiently capturing the recovered energy for effective re-use and enabling establishing magnetic fields with increased efficiency by using lower supply voltages and/or greater field strengths.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method of operating an inductive device.    DESCRIPTION OF DRAWING(S) - The drawing shows a circuit diagram of an electromagnetic field energy recycling circuit.    Capacitor (C1)    Diodes (D1, D2, D3)    Inductive devices (L1, L2)    Switching circuit controller (SC)    Switches (S1, S2)    Voltage (V1)