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Thin film transistor circuits and systems / Reza Chaji, Arokia Nathan.

By: Contributor(s): Material type: TextPublisher: Cambridge : Cambridge University Press, [2013]Edition: 1st edDescription: ix, 169 pages ; 24 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 9781107012332 (hardback)
Subject(s): DDC classification:
  • 621.3815 23
LOC classification:
  • TK7871.96.T45 C43 2013
Contents:
1. Introduction -- Organic Light Emitting Displays -- Flat-Panel Biomedical Imagers -- Backplane Technologies -- Organization -- 2. Design Considerations -- Temporal and Spatial Non-Uniformity -- Compensation Schemes -- Current Driving Scheme -- Voltage Driving Scheme -- Design Considerations for AMOLED Displays -- Lifetime and Yield -- Differential Aging and Mura -- Power Consumption -- Aperture Ratio -- IR Drop and Ground Bouncing -- Implementation Cost -- Design Considerations for Flat Panel Imager -- Input referred Noise and Dynamic Range -- Implementation Cost -- 3. Hybrid Voltage-Current Programming -- Multi-Modal Biomedical Imaging Pixel Circuit -- Multi-Modal Biomedical Sensor Array -- Peripheral Circuitries -- Measurement Results -- Improved Dynamic Range -- Noise Analysis of CBVP Pixel Circuit -- CBVP AMOLED Pixel Circuit -- 4. Enhanced-Settling Current Programming -- Localized current source -- Current Feedback -- Positive Feedback -- Stability and Noise Analysis -- Measurement Results and Discussion -- Self-Calibration of the Current Source -- 5. Charge-Based Driving Scheme -- Advance Mobile Technology (AdMoTM) -- Measurement Results -- Implementation of the Relaxation Technique -- AMOLED Display -- Real-Time Biomedical Imaging Pixel Circuit -- Noise Analysis of Charge-Based Pixel Circuit -- 6. High Resolution Architectures -- Time Dependent Charge Injection and Clock Feed-Through -- Successive Calibration -- Arrays Structure and Timing -- Blanking-time extraction -- Simultaneous extraction -- Configurable Current Comparator -- Measurement Results and Discussions -- Hybrid approach -- 7. Summary and Outlook -- Appendix A. Enhanced Voltage Driving Schemes -- Interleaved Addressing Scheme -- 3-TFT Pixel Circuit -- Appendix B. OLED Electrical Calibration -- Interdependence Between Electrical and Luminance Degradation -- Electrical Compensation of OLED Degradation -- Compensating for different stress levels
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Cover image Item type Current library Home library Collection Shelving location Call number Materials specified Vol info URL Copy number Status Notes Date due Barcode Item holds Item hold queue priority Course reserves
Books Centeral Library Second Floor - Engineering & Architecture 621.3815 C.R.T 2013 (Browse shelf(Opens below)) Available 21841
Books Centeral Library Second Floor - Engineering & Architecture 621.3815 C.R.T 2013 (Browse shelf(Opens below)) Available 21842

Includes bibliographical references (pages157-166) and index.

1. Introduction -- Organic Light Emitting Displays -- Flat-Panel Biomedical Imagers -- Backplane Technologies -- Organization -- 2. Design Considerations -- Temporal and Spatial Non-Uniformity -- Compensation Schemes -- Current Driving Scheme -- Voltage Driving Scheme -- Design Considerations for AMOLED Displays -- Lifetime and Yield -- Differential Aging and Mura -- Power Consumption -- Aperture Ratio -- IR Drop and Ground Bouncing -- Implementation Cost -- Design Considerations for Flat Panel Imager -- Input referred Noise and Dynamic Range -- Implementation Cost -- 3. Hybrid Voltage-Current Programming -- Multi-Modal Biomedical Imaging Pixel Circuit -- Multi-Modal Biomedical Sensor Array -- Peripheral Circuitries -- Measurement Results -- Improved Dynamic Range -- Noise Analysis of CBVP Pixel Circuit -- CBVP AMOLED Pixel Circuit -- 4. Enhanced-Settling Current Programming -- Localized current source -- Current Feedback -- Positive Feedback -- Stability and Noise Analysis -- Measurement Results and Discussion -- Self-Calibration of the Current Source -- 5. Charge-Based Driving Scheme -- Advance Mobile Technology (AdMoTM) -- Measurement Results -- Implementation of the Relaxation Technique -- AMOLED Display -- Real-Time Biomedical Imaging Pixel Circuit -- Noise Analysis of Charge-Based Pixel Circuit -- 6. High Resolution Architectures -- Time Dependent Charge Injection and Clock Feed-Through -- Successive Calibration -- Arrays Structure and Timing -- Blanking-time extraction -- Simultaneous extraction -- Configurable Current Comparator -- Measurement Results and Discussions -- Hybrid approach -- 7. Summary and Outlook -- Appendix A. Enhanced Voltage Driving Schemes -- Interleaved Addressing Scheme -- 3-TFT Pixel Circuit -- Appendix B. OLED Electrical Calibration -- Interdependence Between Electrical and Luminance Degradation -- Electrical Compensation of OLED Degradation -- Compensating for different stress levels

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