BLDC motor with a simulated tapped winding interface

1. A brushless direct current motor, comprising:

a stator having windings configured to generate a plurality of magnetic fields;

a rotor having a plurality of magnets, the rotor rotatable by the plurality of magnetic fields; and

a drive circuit for driving the windings, the drive circuit including

a plurality of power inputs and a common input,

an input interface coupled to the plurality of power inputs and the common input and configured to receive an alternating current voltage across one of the plurality of power inputs and the common input and output the alternating current voltage, the input interface including a plurality of isolation devices configured to provide an indication based on the received alternating current voltage,

a filter and a rectifier configured to filter and rectify the alternating current voltage to a direct current voltage,

a controller configured to receive the direct current voltage from the rectifier and the indication from the input interface and to generate a control signal based on the indication, the indication identifying which of the plurality of power inputs the alternating current voltage is applied to, and

means for powering the windings based on the control signal, the powering means including an inverter.

2. The brushless direct current motor of claim 1 , wherein the rectifier is included in the input interface and the filter is separate from the input interface.

3. The brushless direct current motor of claim 1 , wherein the alternating current voltage powers the brushless direct current motor and provides an indication of an operating parameter for operating the motor.

4. The brushless direct current motor of claim 3 , wherein the controller operates the motor at the operating parameter based on the indication.

5. The brushless direct current motor of claim 3 , wherein the operating parameter is a rotational speed.

6. The brushless direct current motor of claim 3 , wherein the operating parameter is a motor torque.

7. The brushless direct current motor of claim 1 , wherein each of the plurality of isolation devices include an opto-isolator to electrically isolate the controller from the alternating current voltage and convert the alternating current voltage into the indication.

8. The brushless direct current motor of claim 1 , wherein the alternating current voltage is at least one of about 120 V AC and about 240 V AC.

9. A method of operating a permanent magnet, brushless direct current motor including a plurality of power inputs, a common input, a rectifier, an inverter, a controller, a plurality of isolation devices, a stator, and a rotor; the method comprising:

receiving an alternating current voltage across one of the plurality of power inputs and the common input;

creating an indication via the plurality of isolation devices, the indication indicating which of the plurality of power inputs is receiving the alternating current voltage;

rectifying the alternating current voltage;

powering the inverter with the rectified voltage;

providing the controller with the indication of;

driving the inverter based on the indication; and

wherein only the inverter drives the stator to rotate the rotor.

10. The method of claim 9 , further comprising connecting to a system controller, the system controller configured to operate a multi-tapped permanent split capacitor motor and providing the alternating current voltage to one of the plurality of power inputs.

11. The method of claim 9 , further comprising determining, by an input interface, which of the plurality of power inputs the alternating current voltage is applied to.

12. The method of claim 11 , wherein the plurality of isolation devices includes one or more opto-isolators.