| Manufacturer |
Information |
| Allegro MicroSystems Inc. |
Application Note - Constant-Current LED Drivers |
| Analog Devices |
Charge Pump Application Bulletin |
| Avago Technologies |
Application Note - AN 5307 - ADJD-MJ50 and ADJD-MJ60 Driving Avago RGB LED light source |
| Avago Technologies |
Application Note - AN 5310 - Driving high power and high brightness LEDs |
| Catalyst Semiconductor |
LED Power-Management Strategies for LCD Backlighting |
| EDN |
Cascaded converter boosts LED-drive capability |
| EDN |
Driving high-power LEDs in series-parallel arrays |
| Electronic products |
Methods and features of LED drivers |
| Electronic products |
Selecting LED drivers for wireless products |
| Electronic products |
Series or parallel LEDs in white-LED backlighting |
| LED journal |
Automotive - Driving LEDs in the Automotive World |
| Machine Design |
Driving high-power LEDs |
| Maxim |
Automotive - Design guide - LED displays and backlightings |
| Maxim |
Design guide |
| Maxim |
Design guide - Drive RGB or white LEDs |
| Microchip |
Application Note - Simple Sychronous Buck Regulator - MCP1612 |
| Microchip |
LED Lighting Applications Design Guide |
| Mobile Handset Design Line |
The multiple challenges involved in flash LED driver selection - and how to solve them |
| Mobile Handset Design Line |
Want to boost battery voltage in White LED apps? |
| National Semiconductor |
High-Brightness LED Lighting |
| National Semiconductor |
LED Lighting Management Solutions |
| National Semiconductor |
Matching driver to LED |
| ON Semiconductor |
Brochure - LED Driver Solutions |
| ON Semiconductor |
Design Note - CS51411/NCV51411: 12 V or 24 Vin DC, Constant Current LED Driver |
| ON Semiconductor |
Design Note - CS5171: SEPIC LED Driver |
| ON Semiconductor |
Design Note - NCP1013: Universal Input, 5 W, LED Ballast |
| ON Semiconductor |
Design Note - NCP1027: 1 A, 12 W Constant Current Off-Line LED Driver |
| ON Semiconductor |
Design Note - NCP3065: High Brightness LED SEPIC Driver |
| ON Semiconductor |
Design Note - NCP3065: SEPIC LED Driver for MR16 |
| ON Semiconductor |
Tutorial - TND345-D - Driving High Brightness LEDs in the General Lighting Marketplace |
| ON Semiconductor |
Tutorial - TND346-D - SOL - Solar Powered LED Street Lighting |
| OSRAM Opto Semiconductors GmbH |
Application Note - Behaviour of InGaN LEDs in Parallel Circuits |
| OSRAM Opto Semiconductors GmbH |
Application Note - Comparison of LED Circuits |
| OSRAM Opto Semiconductors GmbH |
Application Note - Dimming InGaN LEDs |
| OSRAM Opto Semiconductors GmbH |
Application Note - Dimming LEDs with respect to grouping current |
| OSRAM Opto Semiconductors GmbH |
Application Note - Driving LEDs with a PIC Microcontroller |
| OSRAM Opto Semiconductors GmbH |
Application Note - Driving the Advanced Power TOPLED® |
| OSRAM Opto Semiconductors GmbH |
Application Note - Driving the Golden DRAGON® |
| Planet Analog |
Taming the Boost: Predicting and measuring feedback loops in current-mode boost high-brightness LED drivers, Part 1 of 2
Taming the Boost: Predicting and measuring feedback loops in current-mode boost high-brightness LED drivers, Part 2 of 2 |
| Power Management Design Line |
A matter of light, Part 1 --- The ABC's of LEDs
A matter of light, Part 2 --- Buck whenever possible
A matter of light, Part 3 --- When to boost and buck-boost
A matter of light, Part 4 --- PWM dimming
|
| Stanley Electric (Co) Ltd |
LED Drive Methods and Circuit Design |
| Texas Instruments |
Application note - Ceramic Capacitors Replace Tantalum Capacitors in LDOs |
| Texas Instruments |
Application Note - Driving a WLED does not always require 4 V |
| Texas Instruments |
Lighting and Display Power Selection Guide |
| Texas Instruments |
Power Reference Design Cookbook
Power Reference Design Cookbook II |
| Texas Instruments |
White Papers - White LED Power Supply Design Techniques |
| Video Design Line |
Your walls will be changing |
| William's Site |
RGB-LED met PIC 16F628 |
| Zetex |
Lighting handbook - convenient collection of design and application notes |
