AlInGaP LEDs are widely used in illumination applications as automotive and signalization due their low consumption and high durability. In order to verify the high durability data it is necessary to consider not only catastrophic failures but also degradation. In this work LEDs degradation at different temperature and drive current accelerated tests have been analyzed. In all the tests we have carried out an exponential degradation trend have been observed. Temperature and drive current influence in degradation rate and reliability have been evaluated
Short-term accelerated life test activity on high brightness light emitting diodes is reported. Two ...
With this paper we present an analysis of the degradation of state-of-the-art high power LEDs. Three...
In the fast developing LED industry, new generations of LED packages are reaching the market in smal...
Specific tests to assess reliability of high luminosity AlInGaP LED for outdoor applications are nee...
This paper reports the results of a reliability investigation performed on four different groups of ...
It took just ten years for LEDs to become the most successful lighting technology by market share. T...
The effect of relative humidity on LEDs and how the moisture incursion is associated to the color sh...
This paper presents a study of the degradation mechanisms that limit the reliability of commercially...
With this work we propose an innovative method for the analysis of the reliability of LED and Laser ...
High-power (HP) UV-LEDs can replace UV lamps for real-time fluoro-sensing applications by allowing p...
Short-term accelerated life test activity on high brightness light emitting diodes is reported. Two ...
This thesis reports the results of the three-year research activity on Light Emitting Diodes (LEDs) ...
Light emitting diode (LED) offers high efficiency and energy saving alternative to current light so...
The aim of this work is to present the results of an extensive reliability analysis carried out on t...
<p>By solving the problem of very long test time on reliability qualification for Light-emitting Dio...
Short-term accelerated life test activity on high brightness light emitting diodes is reported. Two ...
With this paper we present an analysis of the degradation of state-of-the-art high power LEDs. Three...
In the fast developing LED industry, new generations of LED packages are reaching the market in smal...
Specific tests to assess reliability of high luminosity AlInGaP LED for outdoor applications are nee...
This paper reports the results of a reliability investigation performed on four different groups of ...
It took just ten years for LEDs to become the most successful lighting technology by market share. T...
The effect of relative humidity on LEDs and how the moisture incursion is associated to the color sh...
This paper presents a study of the degradation mechanisms that limit the reliability of commercially...
With this work we propose an innovative method for the analysis of the reliability of LED and Laser ...
High-power (HP) UV-LEDs can replace UV lamps for real-time fluoro-sensing applications by allowing p...
Short-term accelerated life test activity on high brightness light emitting diodes is reported. Two ...
This thesis reports the results of the three-year research activity on Light Emitting Diodes (LEDs) ...
Light emitting diode (LED) offers high efficiency and energy saving alternative to current light so...
The aim of this work is to present the results of an extensive reliability analysis carried out on t...
<p>By solving the problem of very long test time on reliability qualification for Light-emitting Dio...
Short-term accelerated life test activity on high brightness light emitting diodes is reported. Two ...
With this paper we present an analysis of the degradation of state-of-the-art high power LEDs. Three...
In the fast developing LED industry, new generations of LED packages are reaching the market in smal...