Abstract:
The present subject matter described herein relates to methods (400) and systems (200, 218, 300) for controlling electrical power supply for a plurality of electrical loads in a vehicle. According to one embodiment, the power supply system includes an AC generator (102) that generates an AC voltage having a positive half and a negative half. An ignition control system (112) includes a DC voltage regulator (114) having a first switching device (116) that converts the AC voltage received from the AC generator (102) to a DC voltage and an ignition control unit (122) that enables generation of an actuation signal when the speed of the engine is higher than a predetermined level. A load voltage regulator (202) having a second switching device (106) and a third switching device (206) for supplying positive and negative halves of the AC voltage to the plurality of electrical loads is provided.
Abstract:
The subject matter disclosed herein relates to an AC voltage control device (110) for control of voltage supplied to one or more AC loads (108). The AC voltage control device (110) includes a surrogate load (112) and a surrogate voltage regulator (114). In one embodiment, the voltage across the surrogate load (112) is monitored. Based on the variation in the voltage across the surrogate load (112), the voltage provided to the AC load (108) is controlled.
Abstract:
The present invention discloses a bobbin (300) for the secondary winding of the ignition coil of an ignition system an internal combustion engine comprising a tubular core (200) made of electrical grade kraft paper, a plurality of segments (100) also made of electrical grade kraft paper fixed to the core and a coil wound on the core between the plurality of segments. The segments are fixed perpendicularly along the axis of the core. The electrical grade kraft paper is soaked in an electrically insulating material to provide better insulation.
Abstract:
The subject matter disclosed herein relates to an AC voltage control device (110) for control of voltage supplied to one or more AC loads (108). The AC voltage control device (110) includes a surrogate load (112) and a surrogate voltage regulator (114). In one embodiment, the voltage across the surrogate load (112) is monitored. Based on the variation in the voltage across the surrogate load (112), the voltage provided to the AC load (108) is controlled.