The conventional approach in modern LED drivers is the usage of voltage regulators with rapid current feedback (current limit). Previously, the authors hypothesized that the current regulators can provide some advantages compared to the voltage regulators in LED lighting applications. Previous studies were related with theoretical basis and experimental verification of this hypothesis. This paper refers to the several aspects for practical implementation of current regulators. The object of study is non-inverting buck-boost considered as a combination of two stages: constant current source and current regulator. Different approaches for the implementation of control system are considered in this paper and are compared at the end
IEEE Light-emitting-diodes (LEDs) are solid-state devices with specific v-i characteristics. In this...
Presently, amplitude mode (DC mode) and pulse-width modulation (PWM) represent the two main driving ...
The work deals with controlof high power LED modules. The introductory part shows theory of LED diod...
The paper deals with current and light regulators for luminaries with Light Emitting Diodes. Several...
Today solid state lighting is one of the most rapidly growing industries. Unfortunately light-emitti...
A proposal of current source based on a linear-assisted DC/DC converter is presented, in which a lin...
© The Institution of Engineering and Technology 2016. A proposal of current source based on a linear...
This article presents a proposal of current source based on a linear-assisted DC/DC converter, in wh...
In the work traditional and innovative methods for constant current LED drivers have been studied. T...
The significant improvements recently achieved in LED technology in terms of lifetime, luminous effi...
One traditional low-cost way of driving LED in electrical applications uses a resistor in series wit...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
The paper focuses on electronic circuits for light regulation with arrays of light emitting diodes (...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
A Single LED is very small, and their luminance is related to the amount of driving current. Suffici...
IEEE Light-emitting-diodes (LEDs) are solid-state devices with specific v-i characteristics. In this...
Presently, amplitude mode (DC mode) and pulse-width modulation (PWM) represent the two main driving ...
The work deals with controlof high power LED modules. The introductory part shows theory of LED diod...
The paper deals with current and light regulators for luminaries with Light Emitting Diodes. Several...
Today solid state lighting is one of the most rapidly growing industries. Unfortunately light-emitti...
A proposal of current source based on a linear-assisted DC/DC converter is presented, in which a lin...
© The Institution of Engineering and Technology 2016. A proposal of current source based on a linear...
This article presents a proposal of current source based on a linear-assisted DC/DC converter, in wh...
In the work traditional and innovative methods for constant current LED drivers have been studied. T...
The significant improvements recently achieved in LED technology in terms of lifetime, luminous effi...
One traditional low-cost way of driving LED in electrical applications uses a resistor in series wit...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
The paper focuses on electronic circuits for light regulation with arrays of light emitting diodes (...
Automotive light-emitting-diode (LED) drivers require special design considerations, which includes ...
A Single LED is very small, and their luminance is related to the amount of driving current. Suffici...
IEEE Light-emitting-diodes (LEDs) are solid-state devices with specific v-i characteristics. In this...
Presently, amplitude mode (DC mode) and pulse-width modulation (PWM) represent the two main driving ...
The work deals with controlof high power LED modules. The introductory part shows theory of LED diod...