Microelectronic solutions for digital photography

Course Overview

The human eye is a fascinating and complicated device, but how do digital cameras capture images? This free course, Microelectronic solutions for digital photography, examines one of the ...

Course Circullum

Introduction
Learning outcomes
1 Photocapacitors
1 Photocapacitors
1.1 Conductor–insulator–semiconductor structures
1.2 MOS structures
1.3 The capacity of an MOS structure to store charge
1.4 Sensitivity
1.5 Photocapacitors as pixels
2 Specifications for image capture
2 Specifications for image capture
3 Microelectronic solutions for digital photgraphy
3 Microelectronic solutions for digital photgraphy
3.1 Charge-coupled device (CCD) detectors
3.1.1 Read-out
3.1.2 Shutter
3.1.3 Micro lenses
3.1.4 The CCD in practice
3.1.5 Digital media for medical X-rays
3.2 CMOS detectors
Conclusion
Acknowledgements

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This Course Include:

Introduction
Learning outcomes
1 Photocapacitors
1 Photocapacitors
1.1 Conductor–insulator–semiconductor structures
1.2 MOS structures
1.3 The capacity of an MOS structure to store charge
1.4 Sensitivity
1.5 Photocapacitors as pixels
2 Specifications for image capture
2 Specifications for image capture
3 Microelectronic solutions for digital photgraphy
3 Microelectronic solutions for digital photgraphy
3.1 Charge-coupled device (CCD) detectors
3.1.1 Read-out
3.1.2 Shutter
3.1.3 Micro lenses
3.1.4 The CCD in practice
3.1.5 Digital media for medical X-rays
3.2 CMOS detectors
Conclusion
Acknowledgements

Provider:OpenLearn
Certificate:Certificate Available
Language:English
Duration:4 hours worth of material
Language CC:

Microelectronic solutions for digital photography

The Open University via OpenLearn