Scientific charge-coupled devices
The invention of the charge-coupled device 30 years ago was the beginning of a remarkable image capture technology that has changed the course of imaging in fields ranging from astronomy to biotechnology. This book presents a comprehensive history, tutorial, and state-of-the-art description of CCDs and is intended for scientists, engineers, imaging hardware managers, and graduate students.
Read More ↓Title Statements
- Full title :Scientific charge-coupled devices / James R. Janesick.
Summary
The invention of the charge-coupled device 30 years ago was the beginning of a remarkable image capture technology that has changed the course of imaging in fields ranging from astronomy to biotechnology. This book presents a comprehensive history, tutorial, and state-of-the-art description of CCDs and is intended for scientists, engineers, imaging hardware managers, and graduate students.
Read More ↓Edition Statements
- Publication Date:©2001.
Publication Statements
- Publisher(s):SPIE Press
- Place of Publication:Bellingham, Wash
- Language:eng
- Publication Date:©2001.
The Physical Object
- Description:1 online resource (xvi, 906 pages) : : illustrations
Edition Identifiers
- ISBN:9781615837007, 1615837000, 9780819480392, 0819480398
- DOI:10.1117/3.374903
- oclc:ocn694874473
- LC Classification:TK7871.99.C45
- Dewey Decimal:621.36/7
Table of Contents
Acronyms and abbreviations -- Preface -- 1. Introduction. 1.1. Photon transfer history and application; 1.2. Photon transfer family; 1.3. Chapter review -- 2. Photon interaction. 2.1. Photoelectric effect; 2.2. Quantum efficiency; 2.3. Quantum yield -- 3. Photon transfer noise sources. 3.1. Photon shot noise; 3.2. Signal shot noise; 3.3. Fano noise; 3.4. Fixed pattern noise; 3.5. Read noise -- 4. Photon transfer theory. 4.1. Photon transfer relation; 4.2. Sense node sensitivities; 4.3. Interacting photon sensitivities; 4.4. Incident photon sensitivities; 4.5. Photon transfer general derivation; 4.6. Effective quantum yield -- 5. Photon transfer curve. 5.1. PTC setup and generation; 5.2. PTC family; 5.3. PTC errors; 5.4. Shutterless (time-delayed integration) PTC; 5.5. Variance PTC; 5.6. Example experimental PTC data -- 6. e-/DN Variance 79 -- 7. Nonlinearity. 7.1. Introduction; 7.2. V/V nonlinearity; 7.3. V/e- nonlinearity.
8. Flat fielding. 8.1. Theory; 8.2. Photon transfer verification; 8.3. Nonlinearity -- 9. Modulation photon transfer. 9.1. Introduction; 9.2. Sinusoidal signal; 9.3. Sinusoidal noise; 9.4. Modulation PTC -- 10. Signal-to-noise performance. 10.1. Uniform stimul…
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