Electronic Crosstalk Cancellation with a Quadrant Cell Detector

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概要

• 論文の詳細を見る

• Single beam electronic crosstalk cancellation by a quadrant cell detector placed in the exit pupil of an optical data storage system is experimentally shown to reduce crosstalk levels by - 10dB and improve jitter by a factor of 2.5 for double density recorded compact disk rewritable media(CD-RW). Simulations show -21dB reduction in crosstalk levels for CD-RW.

• 社団法人応用物理学会の論文
• 2000-02-28

著者

• Milster T

  Univ. Arizona Arizona Usa

• Milster Tom

  Optical Data Storage Center Optical Sciences Center Univeristy Of Arizona

• ERWIN J.Kevin

  Optical Science Center

• Erwin J

  Univ. Arizona Tucson Usa

• Erwin J.kevin

  Optical Data Storage Center Optical Sciences Center Univeristy Of Arizona

• Akhavan Farhad

  Optical Data Storage Center Optical Sciences Center Univeristy Of Arizona

• Milster Tom

  Optical Data Storage Center

• Milster Tom

  Optical Data Storage Center Optical Sciences Center University Of Arizona

• BLETSCHER Warren

  Optical Sciences Center, University of Arizona

• UPTON Robert

  Optical Data Storage Center, Optical Sciences Center, University of Arizona

• AKHAVAN Farbad

  Optical Data Storage Center, Optical Sciences Center, University of Arizona

• SCHWEISGUTH Michael

  Optical Data Storage Center, Optical Sciences Center, University of Arizona

• NICHOL Anson

  Optical Data Storage Center, Optical Sciences Center, University of Arizona

• Nichol Anson

  Optical Data Storage Center Optical Sciences Center University Of Arizona

• Upton R

  Optical Data Storage Center Optical Sciences Center University Of Arizona

• Akhavan F

  Univ. Arizona Tucson Usa

• Bletscher Warren

  Optical Data Storage Center Optical Sciences Center University Of Arizona

• Schweisguth Michael

  Optical Data Storage Center Optical Sciences Center University Of Arizona

関連論文

• Super-Resolution by Compination of a Solid Immersion Lens and an Aperture
• Design of a Near-Field Probe for Optical Recording Using a 3-Dimensional Finite Difference Time Domain Method
• Near-Field Phase Change Optical Recording Using a GaP Hemispherical Lens
• Pupil Plane Filtering for Optical Pickup Heads with Effective Numerical Aperture of 1.1 and 2.0
• The Nature of the Coupling Field in Optical Data Storage Using Solid Immersion Lenses
• Fiber-Lens-based Module for Optical Recording Applications
• Design and Fabrication of Fiberlenses for Optical Recording Applications
• Write-Once Volumetric Optical Disk Using Transparent Recording Material with an Optical Switching Layer
• Master and Slave Beam Servo Technique for Volumetric Bit-Wise Optical Data Storage
• Crosstalk Cancellation Using Differential Wax-Wane Focus Servo Technique
• Electronic Crosstalk Cancellation with a Quadrant Cell Detector
• Fundamental Principles of Crosstalk in Optical Data Storage
• Optical Filtering in the Collection Path of a Data Storage Device
• Physical Optics Simulation in Matlab for High-Performance Systems
• Fiber-Lens-based Module for Optical Recording Applications
• Master and Slave Beam Servo Technique for Volumetric Bit-Wise Optical Data Storage
• Write-Once Volumetric Optical Disk Using Transparent Recording Material with an Optical Switching Layer
• Advanced Lens Design for Bit-Wise Volumetric Optical Data Storage
• Chromatic Correction of High-Performance Solid Immersion Lens Systems
• Consideration and Control of Writing Conditions with Near-Field Aperture Solid Immersion Lens Probe

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