A novel self-oscillating electronic ballast with dimming capability and high power factor
correction (PFC) is proposed in this paper. The single-stage electronic ballast integrates a …

This paper presents two simple alternatives of electronic ballast operating in self sustained
oscillating mode with dimming capability for fluorescent lamps. A simple modification in the …

This paper presents a design methodology and analysis of electronic ballast employing the
self-oscillating-command circuit. The self-oscillating electronic ballast is represented as a …

This paper presents a feedforward fluorescent lamp power regulation method for self-
oscillating electronic ballast for different line voltages. The proposed method consists in …

Modeling the luminous flux of typical Compact Fluorescent Lamps (CFLs) is considered for
Light Flicker studies. A simple model of typical CFL with integrated Electronic Ballast of input …

This paper presents a self-oscillating electronic driver for a 36 W LED string. The design
consists of a simple control that reduces the component number and cost of the driver. Self …

This paper presents an electronic ballast to supply four independent lamps. An improved
arrangement of the lamps in the half-bridge topology is done, putting one LCC output filter to …

This paper presents a self-oscillating electronic ballast for a 36 W LED string. The design
consists of a simple control that reduces the component number and cost of the ballast. Self …

This paper presents a design methodology of the self-oscillating circuit used in electronic
ballasts with bipolar transistors. The key point of the design is to consider the electronic …

This paper presents a simple alternative of automatic luminous control for electronic ballasts
operating in self-sustained oscillating mode feeding fluorescent lamps for energy saving …