The design and characterization in high-voltage (HV)-CMOS technology of an innovative
intelligent power switch (IPS) for harsh automotive applications is proposed in this paper. To …

High-intensity-discharge (HID) lamps are widely utilized in a variety of lighting
circumstances that need high luminance. This paper proposes a single-stage electronic …

This paper presents the analysis, design, simulation and experimental results of a digital
control strategy applied to an electronic ballast to supply a 70-W high-pressure-sodium …

In this paper, a simple and effective way of increasing the efficiency of a three-stage low-
frequency dimmable high-intensity-discharge (HID) electronic ballast is proposed. To …

A pulsed current-mode converter specifically designed for the supply of dielectric barrier
discharge excimer lamps is proposed in this paper. The power supply structure is defined on …

In this paper, a digitally controlled electronic ballast is presented. The ballast corresponds to
the so-called universal or multiwatt ballasts, which are intended to operate different lamps …

The analysis, design, and implementation of a microcontroller-based electronic ballast to
supply metal halide (MH) lamps are presented. The proposed topology is based on the …

An electrothermal LED model for the design and simulation of light-emitting diode (LED)
drivers based on the concept of the equivalent resistance is proposed in this article. The …

This paper compares two central dimmer system technologies used in street lighting. These
dimmers are utilized in adaptive lighting systems based on high-intensity-discharge lamps …

This paper presents a novel single-stage charge-pump (CP) power-factor-correction (PFC)
electronic ballast for metal halide (MH) lamps driven with the low-frequency square-wave …