fig6 upon closure of the power switch 100 or start up circuit i is activated commencing clockwise rotation of the rotor and then a trigger coil 104 provided in association with the dpdt switch 102 is energized by rotation of the motor magnets to open the dpdt switch 102 fig9 circuit applies circuit ii cemf to circuit ii through diodes 107 when the power switch 106 is opened and a dpdt switch 108 is closed so as to cause the rotor to be braked to a stop in the position shown in fig7 upon closure of the power switch 106 circuit ii is activated commencing clockwise rotation of the rotor and then a trigger coil 110 provided in association with the dpdt switch 108 is energized to open the dpdt switch 108 in fig1 and 11 magnetically activated hall switches are included in the circuit the hall switches are mounted to the stator to be influenced i e opened and closed by the rotor magnets in fig1 a first hall switch 112 is connected to circuit ii and is physically mounted to the stator between south poles 1 and 2 or 5 and 6 see fig4 as in the case of fig8 upon opening of a power switch 114 a dpdt switch 116 closes and then applies circuit ii cemf through diode 188 to circuit i as or to cause the rotor to be braked to a stop.