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Lecture
Optical Image Sensors: Introduction and Architecture
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Explores stress-based frequency tuning in micro/nanomechanical devices, covering black body radiation, optical nonlinearity, NETD, and dynamic range.
Image Processing Fundamentals
Covers the basics of image processing for microscopy, including acquiring, correcting defects, enhancing images, and extracting information.
CCD Cameras: Electronics and Charge Conversion
Discusses the electronics of CCD cameras, focusing on output amplifiers and charge conversion processes.
CMOS Cameras: Shutter Mechanisms and Noise Sources
Covers the rolling shutter effect and noise sources in CMOS cameras, highlighting solutions for image deformation and the advantages of pinned photodiodes.
CMOS Cameras: Advanced Pixel Design Techniques
Covers advanced design techniques for CMOS cameras, focusing on pixel architecture and noise management in active pixel sensors.
Active Pixel Sensors: Design and Functionality
Covers the design and operation of 7T active pixel sensors in CMOS cameras.
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Covers the notation and key concepts related to digital images and 2D signal representations.
Neural Amplifiers: Circuit Block Diagram and Design Requirements
Discusses the circuit block diagram and design requirements for neural amplifiers.
Optical Spectroscopy: Detectors and Quantum Efficiency
Explores optical spectroscopy, emphasizing photodetectors' efficiency and performance metrics.
Optical Detection: Binning Techniques in CCDs
Covers binning techniques in optical detection using charge-coupled devices to reduce image resolution while maintaining signal integrity.
