DN to [lambda]SPIE Press, 2007 - 258 עמודים Contains more than 230 figures that present experimental CCD and CMOS data products and modeling simulations connected to photon transfer. This title also provides hundreds of relations that support photon transfer theory, simulations, and data. |
תוכן
Introduction | 1 |
Photon Transfer Curve | 5 |
Photon Interaction | 11 |
Photon Transfer Noise Sources | 21 |
Photon Transfer Theory | 35 |
Signaltonoise Performance | 143 |
Read Noise | 163 |
Lux Transfer | 193 |
Appendix A PTC Data Reduction Example | 213 |
Appendix B PTC Simulation Program with Thermal | 237 |
LTC Simulation Program with Thermal | 245 |
| 255 | |
מונחים וביטויים נפוצים
ADC sensitivity Assume average signal camera system CCD and CMOS cm² CMOS ARRAY CMOS imagers dark current detector electron units Example Fano noise flat fielding function of signal histogram ideal shot noise Image S/N incident photons interacting photon KADC e¯/DN light level linear log DN log S/N measured noise electrons noise floor noise level NOISE REGIME noise sensitivity noise sources OFPN OREAD OREAD+SHOT OSHOT DN photoelectric effect photon energy photon interactions photons/pixel pixel PTC responses quantizing noise quantum yield read noise reset noise S(DN S(VSN S/N performance SADC sense node sense node gain sense node voltage sensor Set 2 read shown in Fig shows signal and noise signal level signal log rms Signal Noise signal shot noise SIGNAL TO NOISE silicon simulation sinusoidal slope source follower noise SRAW SSIN t₁ total noise V/V nonlinearity versus wavelength
קטעים בולטים
עמוד 255 - J. Janesick, J. Andrews, and T. Elliott, "Fundamental performance differences between CMOS and CCD imagers: Part 1 ," Proc. SPIE 6276, 62760M (2006). 6. J. Janesick, J. Cheng, J. Bishop, J. Andrews, J. Tower, J. Walker, M. Grygon, and T. Elliot, "CMOS minimal array,
עמוד 255 - Developments and applications of high-performance CCD and CMOS imaging arrays," Annual Review of Nuclear and Particle Science, Vol.