Single chip super broadband InGaN/GaN LED enabled by nanostructured substrate

Single chip super broadband InGaN/GaN LED enabled by nanostructured substrate

A new type of LED, single chip super broadband InGaN/GaN LED is presented in this paper. The LED is composed of an InGaN/GaN quantum well layer deposited on the nanostructured sapphire substrate, inscribed by femtosecond laser ablation. The super broadband emission is enabled due to the large variat...

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Published in:Optics express Vol. 22 Suppl 5; no. S5; pp. A1380 - A1388
Main Authors: Yin, Stuart Shizhuo, Wang, Chao, Zhu, Wenbin, Yao, Jimmy, Zou, Jun, Lin, Xiaoyan, Luo, Claire
Format: Journal Article
Language:English
Published: United States 25-08-2014
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Abstract A new type of LED, single chip super broadband InGaN/GaN LED is presented in this paper. The LED is composed of an InGaN/GaN quantum well layer deposited on the nanostructured sapphire substrate, inscribed by femtosecond laser ablation. The super broadband emission is enabled due to the large variation of indium composition in a small local area so that different wavelengths can be emitted over a small area and the summation of these different emission wavelengths forms super broadband emission, which covers the entire visible spectral range. The result of this paper represents a major technological advance in white light LED lighting because it enables single chip white LED lighting without the need of phosphor down converter that can significantly improve the efficiency without the Stokes loss and reduce the cost.
AbstractList A new type of LED, single chip super broadband InGaN/GaN LED is presented in this paper. The LED is composed of an InGaN/GaN quantum well layer deposited on the nanostructured sapphire substrate, inscribed by femtosecond laser ablation. The super broadband emission is enabled due to the large variation of indium composition in a small local area so that different wavelengths can be emitted over a small area and the summation of these different emission wavelengths forms super broadband emission, which covers the entire visible spectral range. The result of this paper represents a major technological advance in white light LED lighting because it enables single chip white LED lighting without the need of phosphor down converter that can significantly improve the efficiency without the Stokes loss and reduce the cost.
Author Wang, Chao
Yin, Stuart Shizhuo
Zhu, Wenbin
Yao, Jimmy
Lin, Xiaoyan
Zou, Jun
Luo, Claire
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