DocumentCode
744425
Title
Application of Laser Diodes to Optical Disk Systems: The History of Laser Diode Development and Mass Production in Three Generations of Optical Disk Systems
Author
Kumagai, Osamu ; Ikeda, Makoto ; Yamamoto, Manabu
Author_Institution
Med. Bus. Unit, Sony Corp., Tokyo, Japan
Volume
101
Issue
10
fYear
2013
Firstpage
2243
Lastpage
2254
Abstract
Twenty years after Dr. Holonyak´s invention, a compact disc (CD) was introduced to the market in 1982. A laser diode is always in the heart of optical storage systems and a variety of other industrial applications. Innovations in laser diode technologies have brought optical storage evolutions from CD to digital versatile disc (DVD) and then Blu-ray disc (BD) every ten years. Since the most important reason for our success in laser development is our choice of metalorganic chemical vapor deposition (MOCVD) for growing these semiconductor alloys, MOCVD equipment, growth conditions, material properties, and phenomena associated with MOCVD and various alloy lasers grown by MOCVD are described in detail. Reviewing the development history would tell us how the laser diode has created a huge market and why recent innovations will predict future applications.
Keywords
CD-ROMs; MOCVD; digital versatile discs; mass production; semiconductor lasers; Blu-ray disc; CD; DVD; MOCVD; alloy lasers; compact disc; digital versatile disc; growth conditions; industrial applications; laser diodes; mass production; material properties; metalorganic chemical vapor deposition; optical disk systems; optical storage systems; semiconductor alloys; Biomedical optical imaging; DVD; Diode lasers; Light emitting diodes; Optical feedback; Optical recording; Optical reflection; Semiconductor lasers; Application; Blu-ray disc (BD); compact disc (CD); digital versatile disc (DVD); epitaxy; laser diode; metalorganic chemical vapor deposition (MOCVD); optical pickup; optical storage; phase transition mastering (PTM);
fLanguage
English
Journal_Title
Proceedings of the IEEE
Publisher
ieee
ISSN
0018-9219
Type
jour
DOI
10.1109/JPROC.2013.2275017
Filename
6589114
Link To Document