Stator for brushless motor, with
The motor (4) is comprised of a brushless motor.
A controller for a brushless motor, the controller comprising an input for receiving an analogue signal, an analogue-to-digital converter (ADC) for sampling the analogue signal, and a processor.
The motor housing has a good generality, can be mounted conveniently and reliably, and is suitable for a single-phase brushless motor and a three-phase brushless motor.
The present invention yields a brushless motor capable of improving the torque and output of a motor by improving the voltage utilization rate, and a method for driving the brushless motor.
The drive control device of a non-connection motor capable of eliminating power shortage and increasing a motor output without using a step-up circuit, and a motorized power steering device using the non-connection motor.
A brushless motor (106) and a rotary transformer (122) are magnetically coupled to the LED pointer (120).
A brushless motor has a stator, a rotor, and a bracket.
The drive circuit unit is incorporated in the brushless motor.
A brushless motor (10) is housed in the motor housing (2).
Separately excited field arrangements (8) are disclosed that allow rotor (22, 24, 25) motion to effect brush-less alternator or brush-less motor operation.
Consequently, the axial gap type brushless motor (1A) having the above-described structure can be further reduced in eddy current loss in comparison to conventional brushless motors.
Brushless DC motor that can revolve counter clockwise (CCW), with
The arrangement is well suited for driving a brushless motor (10) in an electric vehicle and the like.
A system and method for controlling a brushless DC motor (58) is provided.
The oil pump is also driven by the brushless DC motor (202).
An outer rotor of a brushless motor and a manufacturing method thereof, comprising a tubular ferromagnetic yoke.