eduardo Balvis - Academia.edu (original) (raw)
Uploads
Papers by eduardo Balvis
Prácticas formativas en la UPV: objetivo estratégico Elaboración de audioslides para apoyo a la e... more Prácticas formativas en la UPV: objetivo estratégico Elaboración de audioslides para apoyo a la enseñanza en inglés en los grados bilingües Effect of Industry 4.0 on education systems: an outlook Uso de simuladores y herramientas de programación para facilitar la comprensión de la operación de los sistemas eléctricos Aplicación de ejercicios resueltos de ingeniería del terreno con recursos de acceso libre para teléfonos móviles y tabletas electrónicas
Journal of Physics: Conference Series, 2015
In this paper we present a numerical analysis and experimental measurements of the temperature st... more In this paper we present a numerical analysis and experimental measurements of the temperature stabilization of high-power LED chips that we have obtained by employing an aluminum passive heat sink, designed to be used in a compact light bulb configuration. We demonstrate that our system keeps the temperature of the LED chip well-below 70 • C yielding long-term operation of the device. Our simulations have been performed for a low-cost device ready to install in public streetlights. The experimental measurements performed in different configurations show a nice agreement with the numerical calculations.
Technical Digest of the Eighteenth Microoptics Conference, 2013
We present a numerical analysis and experimental measurements of the temperature stabilization of... more We present a numerical analysis and experimental measurements of the temperature stabilization of high-power LED chips that we have obtained by employing an aluminium passive heat sink, designed to be used in a compact light bulb configuration. We demonstrate that our system keeps the temperature of the LED chip well-below 60°C yielding long-term operation of the device. Our simulations have been performed for a device of low fabrication costs and which enables an easy installation in public streetlights. The experimental measurements performed in different configurations show a nice agreement with the numerical calculations.
Technical Digest of the Eighteenth Microoptics Conference, 2013
Technical Digest of the Eighteenth Microoptics Conference, 2013
Prácticas formativas en la UPV: objetivo estratégico Elaboración de audioslides para apoyo a la e... more Prácticas formativas en la UPV: objetivo estratégico Elaboración de audioslides para apoyo a la enseñanza en inglés en los grados bilingües Effect of Industry 4.0 on education systems: an outlook Uso de simuladores y herramientas de programación para facilitar la comprensión de la operación de los sistemas eléctricos Aplicación de ejercicios resueltos de ingeniería del terreno con recursos de acceso libre para teléfonos móviles y tabletas electrónicas
Journal of Physics: Conference Series, 2015
In this paper we present a numerical analysis and experimental measurements of the temperature st... more In this paper we present a numerical analysis and experimental measurements of the temperature stabilization of high-power LED chips that we have obtained by employing an aluminum passive heat sink, designed to be used in a compact light bulb configuration. We demonstrate that our system keeps the temperature of the LED chip well-below 70 • C yielding long-term operation of the device. Our simulations have been performed for a low-cost device ready to install in public streetlights. The experimental measurements performed in different configurations show a nice agreement with the numerical calculations.
Technical Digest of the Eighteenth Microoptics Conference, 2013
We present a numerical analysis and experimental measurements of the temperature stabilization of... more We present a numerical analysis and experimental measurements of the temperature stabilization of high-power LED chips that we have obtained by employing an aluminium passive heat sink, designed to be used in a compact light bulb configuration. We demonstrate that our system keeps the temperature of the LED chip well-below 60°C yielding long-term operation of the device. Our simulations have been performed for a device of low fabrication costs and which enables an easy installation in public streetlights. The experimental measurements performed in different configurations show a nice agreement with the numerical calculations.
Technical Digest of the Eighteenth Microoptics Conference, 2013
Technical Digest of the Eighteenth Microoptics Conference, 2013