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Lecture
Optical Sensors: Principles and Applications
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Charge Transfer in CCD Cameras: Principles and Efficiency
Covers the principles of charge transfer in CCD cameras and their efficiency, focusing on charge transfer mechanisms and the impact of design on performance.
CMOS Cameras: Detection and Electronics Overview
Provides an overview of CMOS camera technology, focusing on detection, electronics, and the advantages of four-transistor active pixel sensors.
Correlated Double Sampling: In-Pixel Solutions
Covers the integration of correlated double sampling within pixel structures of CMOS image sensors.
CCD Cameras: Anti-Blooming Design Principles
Covers the principles of blooming and anti-blooming in CCD cameras, focusing on design strategies to manage excess light and prevent image distortion.
Color Sensors: Foveon Technology Explained
Covers the Foveon X3 color sensor technology and its advantages over traditional color detection methods.
CCD Cameras: Electronics and Applications
Covers the electronics of CCD cameras, including their structure, functionality, and performance optimization techniques.
CCD Cameras: Electronics and Charge Conversion
Discusses the electronics of CCD cameras, focusing on output amplifiers and charge conversion processes.
Electron Bombarded CCD: Principles and Applications
Covers the principles and applications of electron bombarded charge-coupled devices for efficient single photon detection.
Photovoltaic Sensors: Logarithmic Pixel Technology
Covers the design and functionality of photovoltaic cameras using logarithmic sensors and their integration in imaging technology.
Optical Detection: Binning Techniques in CCDs
Covers binning techniques in optical detection using charge-coupled devices to reduce image resolution while maintaining signal integrity.
