NOVELTY - The broad speed range generator includes rotor angle sensors for detecting rotor magnetic field and producing constant peak amplitude sinusoidal signals varying with rotor angle. A power control electronic unit (5) is used for controlling current through the stator windings (1,2) by high-frequency PWM to provide DC power by filtered high frequency PWM boost regulation fly-back from shaft power over a broad range of shaft speeds.    USE - Broad speed range generator for producing regulated DC voltage from wind turbines. Can also be used in converting variable speed pedal power from recumbent cyclist, in an electric vehicle, that charges onboard batteries to extend vehicle range, while affording a healthy exercise option, and in converting mechanical force from exercise equipment in fitness exercise gyms to meet onsite power needs.    ADVANTAGE - Provides usable regulated DC output power having minimal ripple current to produce maximum energy yield over a broad speed range. Minimizes ripple components without large capacitors by filtering PWM fly-back current pulses. Facilitates wide power range, without the need for different size parts. Provides a generator that is compatible with widely variable speed and torque rotary shaft power from wind turbines. Facilitates optimal wind turbine loading, without incurring re-tooling expanses to achieve a broad power rating range. Enables efficient generation of better quality electric power with controlled current and voltage at very low shaft speeds, over a very broad speed range. Enhances low cost transportation since electric road vehicle is improved. Enables efficient generation of electric power at requisite voltage, from human power, to pedals driven by a driver who would benefit from recumbent cycling exercise.    DETAILED DESCRIPTION - The power control electronic unit controls current through the stator windings based on the signals (3,4) from the rotor angle sensors, DC output voltage feedback signal, user settings, and stator winding current feedback signals. The stator disks hold 2-phase stator windings in a non-conductive non-magnetic matrix, axially juxtaposed with abutting conductor insulation. The rotor disks hold axially magnetized alternating pile permanent magnets.    DESCRIPTION OF DRAWING(S) - The drawing shows the functional block diagram and schematic of the broad speed range generator.    Stator windings (1,2)    Signals (3,4)    Power control electronic unit (5)    Diodes (D1-D4)    Core inductors (L1,L2)