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Led redirects here. For the other meanings, the LED. Diodes of different colours. LED symbols. An electroluminescent diode (abrege en DEL en francais, ou LED, de langlais: light-emitting diode) is a dispositive opto-electronic demetre de la lumiere lorsquil est parcouru par un courant electrique. An electroluminescent diode that ne laisse passer le courant electrique que dans un seul sens et un rayonnement monochromatique or polychromatique incoherent conversion pair denergie electrique lorsquun courant la traverse. Elle compte plusieurs of origin, main lOLED, lAMOLED and la FOLED (for flexible oled). In order to achieve the desired result of lumineux, the LED lamps replace other types of lamps 1. Elles sont aussi also uses the TV in the construction of TVs: cast retroeclairage des Ecrans a Cristaux Liquides or provide the main light source in an OLED TV. Les Premieres LED is a commercialized product for infrared luminosity, rouge, verte puis jaune 2, 3. Larrivee de la LED bleue, associated aux progress technology et dassemblage, a permit de couvrir la bande des longueurs donde Note 1 demission stendant de lultraviolet (350 nm) and l infrared (2000 nm), ce qui meets de nombreux besoins 4. The nombreux appareils sont munis de LED composites (three LED reunies en un composant: rouge, vert et bleu) allows Dafficher de three nombreuses couleurs. 1907 Semiconductor Emission Light Premiere and Henry Raund est decouverte 1927 Oleg Losev took out the main brevet de ce qui sera appele plus tard une Diode Electroluminescente. En 1955, Rubin Braunsteine decouverte infrarougeeniure deuvre de gallium 5, Semiconductor qui sera ensuite use for Nick Holonyak Jr. and S. Bevacqua pour creer la premiere LED rouge en 1962. Durants quelques annees, les chercheurs se limitent a quelques couleurs telles 2 le rouge (19 que le rouge). , le vert et plus tard le bleu (1972) 3, 6. Shuji Naka mura, Isamu Akasaki and Hiroshi Amano in the 1990s, Shuji Nakamura and Takashi Mukai de Nichia, InGaN blue LED semiconductor technologies with powerful lighting fixtures, complete with LED bleachers, for the Adjonction dun luminophore 7 . Cette avansee permet de nouvelles application majores tells que leclairage et le retroeclairage des ecrans de televiseurs et des ecrans a cristaux liquides. On October 7, 2014, Shuji Nakamura, Isamu Akasaki and Hiroshi Amano received the Nobel de Physique pour leurs travaux sur les LED bleues 8. Economie Le development of the LED technology for one loi analog a la loi de Moore, appelee loi de Haitz (en), nom de Roland Haitz dAgilent Technologies, I qui prevoit les performances of the LED doublent tous les ans, pour des prix is divided by dix tous les dix aIce directs ic. For other signs, for LED. Diodes of different colors. LED icon. An electroluminescent diode (abrege en DEL en francais, ou LED, de langlais: light emitting diode) is an optoelectronic device capable of emitting fluorescent light that extinguishes electricity. The electroluminescent diode is not available when the electricity source is converted into meaningless light and non-coherent, non-coherent, non-coherent, non-coherent light of electrical energy. Elle compte plusieurs are derivatives, mainly lOLED, lAMOLED and la FOLED (for flexible Oled). Due to the raison detre lumineux, LED lamps are replacing other types of lamps1. All of our users use in the construction of TV screen plates: they fill screen retro-clear and cristaaux liquids or use the main lighting source in TVs and OLED displays. Less premium LED marketers per product for bright infrared, red, green, green2,3. Larrivee de la LED bleue, related technologies aux Progressive and dassemblage, permission to couvrir la bande des longueurs donde note 1 dtendant de lultraviolet (350 nm) a l infrared (2000 nm), cequi repond a de nombreux besoins 4. De nombreux appareils sont munis de LED Composant (three LEDs are reunited in one composition: rouge, vert et bleu) allow the display of three colors of nombreuses. Historic premiere of semiconductor light emission and decouvert 1907 Henry Round In 1927, Oleg Losev introduced le premier brevet de ce qui sera appele plus tard une the electroluminescent diode In 1955, Rubin Braunstein developed lemising infrarouge de lareniure de gallium5, a self-contained semiconductor with input from Nick Holonyak Jr. and S. Bevacua for the premiere of LED rouge in 1962. quelques couleurs telles que le rouge (1962), le jaune, le vert et plus tard le bleu (1972) 3, 6 Shuji Nakamura, Isamu Akasaki and Hiroshi Amano Dance, 1990, les r echerches, entre autres, Shuji Nakamura and Takashi Mukai de Nichia, in InGaN semiconductor technology with permanent magnets for the production of blue LEDs, phosphors in the kit, in addition to the yellow phosphor 7. Cette avansee permet de nouvelles majores apps says Que leclairage et le retroeclairage de ecrans de televiseurs et de ecrans cristaaux liquides. On October 7, 2014, Shuji Nakamura, Isamu Akasaki, and Hiroshi Amano received the Nobel Prize in Physics for their work on blue LEDs8. Economics Development of LED suit technology similar to loi a la loi de Moore, appelee loi de Haitz (en), Roland Haitz dAgilent Technologies, and goes to performances for LED double tous les trois ans, pour des prix divises couples ahead of dix tous les dix and

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