Pickup for Small Form Factor Optical Drive with 2.3mm Height Actuator
スポンサーリンク
概要
- 論文の詳細を見る
- Published by the Japan Society of Applied Physics through the Institute of Pure and Applied Physicsの論文
- 2005-05-15
著者
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Lee Jin
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
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CHUNG Chong
Media Solution Team, Digital Media Research Center, Digital Media Business, Samsung Electronics Co.,
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PARK In
Media Solution Team, Digital Media Research Center, Digital Media Business, Samsung Electronics Co.,
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Kim Sung
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
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Chung Chong
Media Solution Team Digital Media R&d Center Samsung Electronics Co. Ltd.
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Chung Chong
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
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Park In
Media Solution Team Digital Media R&d Center Samsung Electronics
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Park In
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
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CHEONG Young
Media Solution Team, Digital Media Research Center, Digital Media Network Business, SAMSUNG ELECTRON
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KIM Kwang
Media Solution Team, Digital Media Research Center, Digital Media Network Business, SAMSUNG ELECTRON
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CHOI Jong
Media Solution Team, Digital Media Research Center, Digital Media Network Business, SAMSUNG ELECTRON
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Cheong Young
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
-
Choi Jong
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
-
Kim Kwang
Media Solution Team Digital Media Research Center Digital Media Network Business Samsung Electronics
関連論文
- Blu-ray Disc Pickup Head for Dual Layer
- One Beam Optical Head for High-Density Optical System with Eight Segment Photodiode
- Pickup for Small Form Factor Optical Drive with 2.3mm Height Actuator
- Optimized Write Strategy for $4\times$ Speed BD-RE
- Blu-ray Disc Pickup Head for Dual Layer
- One Beam Optical Head for High-Density Optical System with Eight Segment Photodiode