The paper proposes a triple-output buck topology as a practical, line-fed, high-power-LED lamp driver. The presented application consists of a 20 W, 500 kHz switching converter, designed to drive a 1000 lm white-light, solid-state lamp. Key features of the proposed topology are the capability to achieve high step down ratios, a reduced voltage stress on the active components and the capability to automatically balance the average current on its three outputs
Losses in light-emitting-diode (LED) driver cause increasing temperature and shorten their lifespan....
DoctorThis paper proposes a drive circuit for ac-direct LED lamps and its custom IC design. The prop...
The purpose of this thesis was to build a high efficency driver for LED lamp. Lamp uses two high bri...
The paper illustrates the design and operation of a line fed, solid state lamp driver based on the a...
Abstract—This paper presents a cost-effective electronic lamp driver design for high-intensity disch...
This study deals with the analysis and implementation of an HPF (high power factor) single-stage, si...
The traditional light source of projection lamps adopts a halogen lamp, which has the advantages of ...
The paper illustrates the design and experimental test of a line fed, solid state lamp driver based ...
This paper presents a multi-channel, current-balancing coordinated light-emitting diode (LED) driver...
This work presents a novel HB-LEDs driver designed to solve some of the problems found in commercial...
This paper proposes a drive circuit for ac-direct LED lamps. The proposed circuit consists only of a...
The objective of this thesis is to design a buck boost-buck power factor corrector (PFC) to drive a ...
This paper presents a single-stage alternating current (AC)/direct current (DC) light-emitting diode...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
Recent developments in power light emitting diode (LED) industry have made LEDs suitable for being e...
Losses in light-emitting-diode (LED) driver cause increasing temperature and shorten their lifespan....
DoctorThis paper proposes a drive circuit for ac-direct LED lamps and its custom IC design. The prop...
The purpose of this thesis was to build a high efficency driver for LED lamp. Lamp uses two high bri...
The paper illustrates the design and operation of a line fed, solid state lamp driver based on the a...
Abstract—This paper presents a cost-effective electronic lamp driver design for high-intensity disch...
This study deals with the analysis and implementation of an HPF (high power factor) single-stage, si...
The traditional light source of projection lamps adopts a halogen lamp, which has the advantages of ...
The paper illustrates the design and experimental test of a line fed, solid state lamp driver based ...
This paper presents a multi-channel, current-balancing coordinated light-emitting diode (LED) driver...
This work presents a novel HB-LEDs driver designed to solve some of the problems found in commercial...
This paper proposes a drive circuit for ac-direct LED lamps. The proposed circuit consists only of a...
The objective of this thesis is to design a buck boost-buck power factor corrector (PFC) to drive a ...
This paper presents a single-stage alternating current (AC)/direct current (DC) light-emitting diode...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
Recent developments in power light emitting diode (LED) industry have made LEDs suitable for being e...
Losses in light-emitting-diode (LED) driver cause increasing temperature and shorten their lifespan....
DoctorThis paper proposes a drive circuit for ac-direct LED lamps and its custom IC design. The prop...
The purpose of this thesis was to build a high efficency driver for LED lamp. Lamp uses two high bri...