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LED Applications and Driving Techniques
This note explains the following topics: LED Development, Structure of High Brightness LED, Materials used in color LEDs, Characteristics of LEDs, Temperature effect on LED Parameters, LED Binning, LED Binning, Backlight Applications, Resistor Limiting, Linear Regulation, Buck LED Driving, Using Boost Regulator Parallel LED Connection, Inductive vs Charge Pump Efficiency Comparison, Buck-Boost Driving, LED Dimming and Contrast Ratios, PWM Dimming Control, Controlling Color, Contrast Ratio , LM3404 Delay, tD, Parallel FET Dimming, New LED Driving Tools.
Author(s): Chris Richardson
68 Pages 
Light EmittingDiodes and Lighting
This note covers the following topics: Current conduction mechanism in LED like structures, Optical output power, Losses and efficiency, Current crowding, Packaging, Perception of visible light and color, Visible light terminology, Inroads by LEDs, Nitride LED performance, On the nature of light emission in nitride based LEDs, LED degradation, LED efficiency, Monochrome applications of LEDs, Luminescence conversion and white light generation with nitride LEDs, Approaches to white light generation, Toward the white light applications and OLED structures.
Author(s): NA
168 Pages
Quantum dot Based Light emitting Diodes
Primary aim of this note is to provide a visual source for high-urgency work that will define the future directions relating to the organic light emitting diode (OLED), with the expectation for lasting scientific and technological impact. The editor hopes that the chapters verify the realization of the mentioned aims that have been considered for editing of this book.
Author(s): Morteza Sasani Ghamsari
168 Pages
Photophysics Of Organic Light emitting Diodes Device Efficiency And Degradation Processes
This note covers the following topics: Basic principles of organic light-emitting diodes, Device preparation, materials and stack design, Experimental techniques, Comprehensive efficiency analysis of OLEDs, Degradation processes in OLEDs.
Author(s): Augsburg University
161 Pages
LED Applications and Driving Techniques
This note explains the following topics: LED Development, Structure of High Brightness LED, Materials used in color LEDs, Characteristics of LEDs, Temperature effect on LED Parameters, LED Binning, LED Binning, Backlight Applications, Resistor Limiting, Linear Regulation, Buck LED Driving, Using Boost Regulator Parallel LED Connection, Inductive vs Charge Pump Efficiency Comparison, Buck-Boost Driving, LED Dimming and Contrast Ratios, PWM Dimming Control, Controlling Color, Contrast Ratio , LM3404 Delay, tD, Parallel FET Dimming, New LED Driving Tools.
Author(s): Chris Richardson
68 Pages
A light-emitting diode (LED) is a two-lead semiconductor light source. It is a p–n junction diode, which emits light when activated. Topics covered includes: Discoveries and early devices, Blue LED, White LEDs and the Illumination breakthrough, working principle, Technology, Efficiency and operational parameters, Colors and materials, Types, Considerations for use, Power sources and Electrical pol 23-01-14
Author(s): Wikipedia
NA Pages
Electron irradiation of light emitting diodes
This book explains the following topics related to light emitting diodes: Simple Model of an LED, Radiation Sources, Interaction of Electrons With Matter, Effects of Electron Radiation on LEDs, Linear Accelerator, Temperature Considerations, LED Light Output Degradation, LED Wavelength Alteration, LED Current Versus Forward Bias.
Author(s): Christian Quarles Ness
108 Pages