Definition of OLED in English:

OLED

noun əʊɛliːˈdiː

A light-emitting diode containing thin flexible sheets of an organic electroluminescent material, used for visual displays.
because OLEDs emit light, they consume significantly less power
Example sentencesExamples
- Unlike conventional liquid crystal displays, OLED displays do not require a backlight.
- As amazing as OLED is, no technology is perfect.
- Each OLED is actually a sandwich of several different layers of materials.
- OLED has no inherent limitations to size and resolutions either, so it can even help enable gigantic living room TVs.
- OLED displays are thinner, lighter, consume less power and are visible over wider angles than LCDs.
- OLED TVs will be expensive when they first come out just like when the first plasma TV came out.
- TV's measuring 1mm thick are really the realm of OLED technology.
- If you've been holding out, waiting for one of those shiny new OLED TVs, your patience is about to be rewarded.
- The color of light produced by an OLED depends on the material used in the emissive layer.
- The main advantage of OLED over LCD it that in an OLED display, each pixel produces its own light.
- We already have OLED displays in our small, handheld devices but OLED technology has so much potential that it could change the entire display industry over the next few years.
- At the moment we see a large demand for organic light-emitting diode (OLED) based microdisplays, suggesting a new world of applications.

Origin

1990s: from the initial letters of organic light-emitting diode, after LED.

Definition of OLED in US English:

OLED

noun

A light-emitting diode containing thin flexible sheets of an organic electroluminescent material, used for visual displays.
because OLEDs emit light, they consume significantly less power
Example sentencesExamples
- Each OLED is actually a sandwich of several different layers of materials.
- We already have OLED displays in our small, handheld devices but OLED technology has so much potential that it could change the entire display industry over the next few years.
- The main advantage of OLED over LCD it that in an OLED display, each pixel produces its own light.
- If you've been holding out, waiting for one of those shiny new OLED TVs, your patience is about to be rewarded.
- OLED displays are thinner, lighter, consume less power and are visible over wider angles than LCDs.
- OLED has no inherent limitations to size and resolutions either, so it can even help enable gigantic living room TVs.
- At the moment we see a large demand for organic light-emitting diode (OLED) based microdisplays, suggesting a new world of applications.
- As amazing as OLED is, no technology is perfect.
- OLED TVs will be expensive when they first come out just like when the first plasma TV came out.
- Unlike conventional liquid crystal displays, OLED displays do not require a backlight.
- TV's measuring 1mm thick are really the realm of OLED technology.
- The color of light produced by an OLED depends on the material used in the emissive layer.

Origin

1990s: from the initial letters of organic light-emitting diode, after LED.

词汇	OLED
释义	Definition of OLED in English: OLED noun əʊɛliːˈdiː A light-emitting diode containing thin flexible sheets of an organic electroluminescent material, used for visual displays. because OLEDs emit light, they consume significantly less power Example sentencesExamples Unlike conventional liquid crystal displays, OLED displays do not require a backlight. As amazing as OLED is, no technology is perfect. Each OLED is actually a sandwich of several different layers of materials. OLED has no inherent limitations to size and resolutions either, so it can even help enable gigantic living room TVs. OLED displays are thinner, lighter, consume less power and are visible over wider angles than LCDs. OLED TVs will be expensive when they first come out just like when the first plasma TV came out. TV's measuring 1mm thick are really the realm of OLED technology. If you've been holding out, waiting for one of those shiny new OLED TVs, your patience is about to be rewarded. The color of light produced by an OLED depends on the material used in the emissive layer. The main advantage of OLED over LCD it that in an OLED display, each pixel produces its own light. We already have OLED displays in our small, handheld devices but OLED technology has so much potential that it could change the entire display industry over the next few years. At the moment we see a large demand for organic light-emitting diode (OLED) based microdisplays, suggesting a new world of applications. Origin 1990s: from the initial letters of organic light-emitting diode, after LED. Definition of OLED in US English: OLED noun A light-emitting diode containing thin flexible sheets of an organic electroluminescent material, used for visual displays. because OLEDs emit light, they consume significantly less power Example sentencesExamples Each OLED is actually a sandwich of several different layers of materials. We already have OLED displays in our small, handheld devices but OLED technology has so much potential that it could change the entire display industry over the next few years. The main advantage of OLED over LCD it that in an OLED display, each pixel produces its own light. If you've been holding out, waiting for one of those shiny new OLED TVs, your patience is about to be rewarded. OLED displays are thinner, lighter, consume less power and are visible over wider angles than LCDs. OLED has no inherent limitations to size and resolutions either, so it can even help enable gigantic living room TVs. At the moment we see a large demand for organic light-emitting diode (OLED) based microdisplays, suggesting a new world of applications. As amazing as OLED is, no technology is perfect. OLED TVs will be expensive when they first come out just like when the first plasma TV came out. Unlike conventional liquid crystal displays, OLED displays do not require a backlight. TV's measuring 1mm thick are really the realm of OLED technology. The color of light produced by an OLED depends on the material used in the emissive layer. Origin 1990s: from the initial letters of organic light-emitting diode, after LED.
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