| Allegro MicroSystems, LLC. | Drivers | Constant-Current LED Drivers |
|
| Avago Technologies US, Inc. | High Power LEDs | AN 5305: Handling Moisture Sensitive Surface Mount LED |
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| Avago Technologies US, Inc. | High Power LEDs | AB 74: Auto insertion option 002 tape reel LED |
|
| Avago Technologies US, Inc. | High Power LEDs | AB A-02: Benefits of LEDs for instrument cluster lighting |
|
| Avago Technologies US, Inc. | High Power LEDs | AB A-04: LED Lamp Thermal Properties |
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| Avago Technologies US, Inc. | High Power LEDs | AB A-05: LED Thermal Testing |
|
| Avago Technologies US, Inc. | High Power LEDs | AB D-007: Solutions for common LED design errors in segmented display and multi-indicator applications |
|
| Avago Technologies US, Inc. | High Power LEDs | AB I-001: Series electrical connections for LED light bars |
|
| Avago Technologies US, Inc. | High Power LEDs | AB I-012: Temperature compensation circuit for constant LED intensity |
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| Avago Technologies US, Inc. | High Power LEDs | AB I-014: LED Technology in Roadway Work Zone Light Emitting Safety Devices |
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| Avago Technologies US, Inc. | High Power LEDs | AB I-018: Projected long term HTOL light output degradation precision per A1InGaP LEDs |
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| Avago Technologies US, Inc. | High Power LEDs | AB I-024: Pulsed operating ranges for AlInGaP LEDs vs. projected long term light output performance |
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| Avago Technologies US, Inc. | High Power LEDs | AN 1021: Utilizing LED lamps packaged on tape and reel |
|
| Avago Technologies US, Inc. | High Power LEDs | AN 1031: Achieving uniform front panel appearance using Avago Technologies' 2 intensity bin select option LED devices |
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| Avago Technologies US, Inc. | High Power LEDs | AN 1060: Surface Mounting SMT LED Indicator Components |
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| Avago Technologies US, Inc. | High Power LEDs | AN 1100: Selecting LED lamps for automotive interior applications |
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| Avago Technologies US, Inc. | High Power LEDs | AN 5307: Driving Avago RGB LED light source |
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| Avago Technologies US, Inc. | High Power LEDs | AN 5310: Driving high power and high brightness LEDs |
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| Avago Technologies US, Inc. | High Power LEDs | AN 5313: Thermal Management of Avago High Power LED Emitter |
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| Avago Technologies US, Inc. | High Power LEDs | AN 5334: Soldering and handling of high brightness through hole LED lamps |
|
| Bergquist | Thermal Management | Repair Instructions - Hi-Flow 225FT |
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| Bergquist | Thermal Management | Repair Instructions - Hi-Flow 225FT TAB STYLE |
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| Bergquist | Thermal Management | Thermal Performance & Silicone Extraction Advantages of Gap Pad S-Class Gap Filling Materials |
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| Bridgelux, Inc | LED Modules | Electrical Drive Considerations for Bridgelux Arrays |
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| Bridgelux, Inc | LED Modules | Handling and Assembly of Bridgelux Arrays |
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| Bridgelux, Inc | LED Modules | Optical Considerations for Bridgelux LED Arrays |
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| Bridgelux, Inc | LED Modules | Reflow Soldering of Bridgelux LED Arrays |
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| Bridgelux, Inc | LED Modules | Reliability Data Sheet for Bridgelux LED Arrays |
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| Bridgelux, Inc | LED Modules | Thermal Management of Bridgelux LED |
|
| Cirrus Logic, Inc. | Drivers | AN364 Design Guide for a CS1610 and CS1611 Dimmer-Compatible SSL Circuit |
|
| Cree, Inc. | Drivers | Cree SiC Schottky Diode in a Non-isolated LED Light Bulb Application |
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| Cree, Inc. | High Power LEDs | Chemical Compatibility |
|
| Cree, Inc. | High Power LEDs | CXA2011 Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | Electrical Overstress |
|
| Cree, Inc. | High Power LEDs | IES LM-80 Testing Results |
|
| Cree, Inc. | High Power LEDs | LED Color Mixing |
|
| Cree, Inc. | High Power LEDs | LED Eye Safety |
|
| Cree, Inc. | High Power LEDs | LED Luminaire Design Guide |
|
| Cree, Inc. | High Power LEDs | MC-E LED Reliability |
|
| Cree, Inc. | High Power LEDs | MC-E Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | ML Family LED Reliability |
|
| Cree, Inc. | High Power LEDs | ML-B and ML-E Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | MPL Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | MX Family LED Reliability |
|
| Cree, Inc. | High Power LEDs | MX LEDs Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | Optimizing PCB Thermal Performance |
|
| Cree, Inc. | High Power LEDs | Pulsed Over-Current Driving of XLamp LEDs: Information and Cautions |
|
| Cree, Inc. | High Power LEDs | Testing and Calibration |
|
| Cree, Inc. | High Power LEDs | XB-D Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | XM-L Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | XP Family LED Reliability |
|
| Cree, Inc. | High Power LEDs | XP LEDs Soldering & Handling |
|
| Cree, Inc. | High Power LEDs | XR Family Thermal Management |
|
| Cree, Inc. | High Power LEDs | XR-E and XR-C |
|
| Cree, Inc. | High Power LEDs | XR-E and XR-C Reliability |
|
| Diodes, Inc. | CCFL | 8W Fluorescent Lamp Inverter - Compact DC to AC Inversion for Efficient Lighting Systems |
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| Diodes, Inc. | CCFL | Emergency Lighting Systems and Battery Powered Fluorescent Lighting |
|
| Diodes, Inc. | CCFL | Transistor Considerations for LCD Backlighting - High Efficiency DC to AC Conversion |
|
| Diodes, Inc. | Drivers | Application note for the ZXSC300 / ZXSC310 High Power LED Drivers - for Low Voltage Halogen Replacement |
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| Diodes, Inc. | Drivers | Automotive EMC Considerations for Switching Regulator LED Lighting Applications Using ZXLD1362 |
|
| Diodes, Inc. | Drivers | Feed Forward Compensation for ZXSC300 LED Driver |
|
| Diodes, Inc. | Drivers | Getting More Out of the ZXLD1350 LED Driver - Dimming Techniques |
|
| Diodes, Inc. | Drivers | Getting More Out of the ZXLD1350 LED Driver - High Output Current |
|
| Diodes, Inc. | Drivers | Using the ZXSC310 to Drive High Power LEDs from 2 Alkaline Cells with Hysteretic UVLO |
|
| Diodes, Inc. | Drivers | ZXLD1350: 12Vac LED Driving without Smoothing Capacitors |
|
| Infineon Technologies | Drivers | AN: ICB1FL02G Smart Ballast Control IC for Fluorescent Lamp Ballasts |
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| Infineon Technologies | Drivers | BCR401W/BCR402W: Comparison of Resistor Biasing |
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| Infineon Technologies | Drivers | BCR402R: Light Emitting Diode (LED) Driver IC Provides Constant LED Current Independent of Supply Voltage Variation |
|
| Infineon Technologies | Drivers | BCR450, TDA4863: 40W LED Street and Indoor lighting demonstrator board |
|
| Infineon Technologies | Drivers | CoolSET 24 V / 350 mA LED PSU Using ICE3B0365JG |
|
| Infineon Technologies | Drivers | Driving 0.5W LEDs on a light strip with Infineon BCR320U/BCR321U or BCR420U/BCR421U |
|
| Infineon Technologies | Drivers | RGB Wall Washer Using ILD4035 |
|
| Infineon Technologies | Drivers | Using BCR400 Family of Constant-Current, Linear-Mode LED Drivers for Lighting Applications (10mA-700mA) |
|
| Infineon Technologies | Drivers | Using BCR402R/BCR402U at High Supply Voltages |
|
| Intematix | Optics | ChromaLit Remote Phosphor Mixing Chamber Design |
|
| Linear Technology | Drivers | AN 108: LTC3207/LTC3207-1 User's Guide |
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| Linear Technology | Drivers | AN 111: LTC 3219 User's Guide |
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| Linear Technology | Drivers | AN 115: LTC3220/LTC3220-1 User's Guide |
|
| Linear Technology | Drivers | AN 95: Simple Circuitry for Cellular Telephone/Camera Flash Illumination |
|
| Littelfuse | High Power LEDs | Controlling LED Lighting Using Triacs and Quadracs |
|
| Littelfuse | High Power LEDs | Open LED Protection for LED Strings |
|
| Littelfuse | High Power LEDs | Protecting LEDs in Product Designs |
|
| Luminus Devices | High Power LEDs | Connector Integrity Application Note |
|
| Luminus Devices | High Power LEDs | Soldering & Handling Application Note |
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| Luminus Devices | High Power LEDs | Testing Big Chip LEDs Application Note |
|
| Luminus Devices | High Power LEDs | Thermal Management Application Note |
|
| Maxim Integrated | Drivers | PWM Intensity Control for the MAX6964 LED Driver |
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| Melexis | Drivers | Analog dimming using MLX10803 |
|
| Melexis | Drivers | Automotive LED driver: quick reference |
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| Melexis | Drivers | Diagnostic for LED Systems |
|
| Melexis | Drivers | Guidelines for EMC adequate board design |
|
| Melexis | Drivers | High current LED driver |
|
| Melexis | Drivers | LED control with MLX75305 ambient light sensor and MLX10803 LED driver |
|
| Melexis | Drivers | PWM dimming using MLX10803 |
|
| Melexis | Drivers | Step up converter for LED using MLX10801 |
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| Melexis | Drivers | Temperature regulation on LED modules |
|
| Microsemi Commercial Components | CCFL | AN 14: New CCFL Power Supply Expands Automotive Applications for Back Lit Liquid Crystal Displays |
|
| Microsemi Commercial Components | CCFL | AN 33: LX1691, LX1691A, LX1691B, Enhanced Multi-Mode CCFL Controller |
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| Microsemi Commercial Components | Drivers | AN 23: LED Driver Applications for Portable Products |
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| Microsemi Commercial Components | Drivers | AN 30: LX1995 LED Driver:Camera Flash Application |
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| National Semiconductor | Development Kits | Application Note 1300 LP3943 Evaluation Kit |
|
| National Semiconductor | Drivers | AN 1250 Inductive Based Switching Regulator Circuits Provide High Efficiency White LED Drives (26-Sep-2002) |
|
| National Semiconductor | Drivers | AN 1251 Switched Capacitor Circuits Provide Efficient and Functional White LED Drive (26-Sep-2002) |
|
| National Semiconductor | Drivers | AN 1291 Driving RGB LEDs Using LP3933 Lighting Management System (16-Jan-2004) |
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| National Semiconductor | Drivers | AN 1293 Driving RGB LED Using LP3936 Lighting Management System (25-Mar-2004) |
|
| National Semiconductor | Drivers | AN 1644 Powering and Dimming High-Brightness LEDs with the LM3405 Constant-Current Buck Regulator (17-Jan-2008) |
|
| National Semiconductor | Drivers | AN 1656 Design Challenges of Switching LED Drivers (18-Oct-2007) |
|
| National Semiconductor | Drivers | AN 1696 Designing a Boost LED Driver Using the LM5022 (22-Feb-2008) |
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| National Semiconductor | Drivers | AN 1715 LP3943/LP3944 as a GPIO Expander |
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| National Semiconductor | Drivers | Color-Management LED Drivers Have a Bright Future |
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| National Semiconductor | Drivers | Design Challenges of Switching LED Drivers |
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| National Semiconductor | Drivers | Dimming Techniques for Switched-Mode LED Drivers |
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| National Semiconductor | Drivers | Driving LEDs: To Cap or Not to Cap |
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| National Semiconductor | Drivers | Inductive-Based Switching Regulator Circuits Provide High-Efficiency White-LED Drives |
|
| National Semiconductor | Drivers | LM3423 Buck-Boost 2 Layer Evaluation Board |
|
| National Semiconductor | Drivers | Optimizing Efficiency in White LED Backlight Applications |
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| National Semiconductor | Drivers | Small, Wide Input Voltage Range LM2842 Keeps LEDs Cool |
|
| National Semiconductor | Drivers | Switched Capacitor Circuits Provide Efficient and Functional White LED Drive |
|
| National Semiconductor | Drivers | Thermal Performance of the LM3404/04HV in SO-8 and PSOP-8 Packages |
|
| NXP Semiconductors | Development Kits | LED dimmer demoboard |
|
| NXP Semiconductors | Development Kits | LED dimmer demonstration board OM6279 |
|
| NXP Semiconductors | Development Kits | NXP demo board for Fast-mode Plus 4-bit I2C LED controller |
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| NXP Semiconductors | Drivers | Driving LED light bars using NXP solutions |
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| NXP Semiconductors | Drivers | NXP AC/DC converter for high-power LED strings |
|
| NXP Semiconductors | Drivers | NXP AC/DC converter for LED luminaries (reference design) |
|
| NXP Semiconductors | Drivers | NXP mains LED driver IC SSL1750 |
|
| NXP Semiconductors | Drivers | NXP Ultra-high brightness RGBA LED reference design with dimming |
|
| NXP Semiconductors | Drivers | UBA3070 Universal LED driver |
|
| ON Semiconductor | Drivers | High Intensity LED Drivers Using NCP3065/NCV3065 |
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| ON Semiconductor | Drivers | Implement Extra Functions with the NCP5608 LED Driver |
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| ON Semiconductor | Drivers | LED Driving with NCP/V3063 |
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| ON Semiconductor | Drivers | Medium Size Backlight NCP5050: Drive Up to 120 LEDS (6 to 10 in Series Configuration) |
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| ON Semiconductor | Drivers | NCP1013: Universal Input, 5 W, LED Ballast |
|
| ON Semiconductor | Drivers | NCP3065: High Brightness LED SEPIC Driver |
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| ON Semiconductor | Drivers | NCP3065: SEPIC LED Driver for MR16 |
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| ON Semiconductor | Drivers | NCP5008/NCP5009 Compensation Methods |
|
| ON Semiconductor | Drivers | New Tri-Color LED Driver Minimizes Control Lines on MCU |
|
| ON Semiconductor | Drivers | NL27WZ04 Dual Gate Inverter Oscillator Increases the Brightness of LEDs While Reducing Power Consumption |
|
| ON Semiconductor | Drivers | NUD4001 and NUD4011 Current Sources for LEDs Lighting Applications |
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| ON Semiconductor | Drivers | NUD4001 Dimming Ability Demonstration Board |
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| ON Semiconductor | Drivers | NUD4001 LED Driver Demonstration Boards |
|
| ON Semiconductor | Drivers | The NLSF595 Used as a 7/8 Segment Decoder Driver |
|
| ON Semiconductor | Drivers | Understanding the Noise Issue Out of Inductor Based DC-DC Converter |
|
| ON Semiconductor | Drivers | Using the NCP5008 and NCP5009 Programmable LED Drivers |
|
| ON Semiconductor | Drivers | Using the NUD4001 to Drive High Current LEDs |
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| ON Semiconductor | Other Lighting | Implement the Single Wire Protocol |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Combination Solder Pad for Single-chip LEDs with P-LCC-2 (TOPLED) and (Power TOPLED) P-LCC-4 Housings |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Driving the Advanced Power TOPLED |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Driving the Golden DRAGON® LED |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Handling and Processing Details for Ceramic LEDs |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | LEDs for Flash Applications (OSLUXTM - LW F65G and CERAMOSTM - LWC9SP) |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | LEDs for LCD backlighting in Mobile PCs (LW Y3SG and LW Y1SG) |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Mounting Guideline for High Power Light Sources of the OSRAM OSTAR® LED Product Family |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | OSRAM OSTAR® Observation |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | OSRAM OSTAR®-Lighting |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Thermal Management of Golden DRAGON® LED |
|
| OSRAM Opto Semiconductors, Inc. | High Power LEDs | Thermal Management of OSRAM OSTAR® Projection Light Source |
|
| Power Integrations | Drivers | HiperLCS Design Guide |
|
| Power Integrations | Drivers | LinkSwitch-II Design Guide |
|
| Power Integrations | Drivers | LinkSwitch-PH Design Guide |
|
| Power Integrations | Drivers | LinkSwitch-PL Design Guide |
|
| Power Integrations | Drivers | LinkSwitch-TN Design Guide |
|
| Sharp Microelectronics | High Power LEDs | Upgrading to LED Backlighting |
|
| Texas Instruments | CCFL | Comparing Magnetic and Piezoelectric CCFL Transformers |
|
| Texas Instruments | Drivers | 12Vac or 12Vdc 7W LED Driver for MR-16 |
|
| Texas Instruments | Drivers | AN033 -- Porting of RF Blinking LED Software Example to CC2420 - MSP430 |
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| Texas Instruments | Drivers | Analog Dimming With the TPS61500 Using an Analog Input Signal |
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| Texas Instruments | Drivers | Ballast Resistor Calculation – Current Matching in Parallel LEDs |
|
| Texas Instruments | Drivers | C2000 LED Lighting Developer's Kits |
|
| Texas Instruments | Drivers | Compensating and Measuring the Control Loop of a High-Power LED Driver |
|
| Texas Instruments | Drivers | Driving a WLED Does Not Always Require 4 V |
|
| Texas Instruments | Drivers | Driving High Current LEDs |
|
| Texas Instruments | Drivers | Extending Battery Life With the TPS61040 White Light LED Driver |
|
| Texas Instruments | Drivers | Extending Soft Start Time in TPS6107x Family of Boost |
|
| Texas Instruments | Drivers | Extending the Input Voltage Range of the TPS6116x/8x/9x WLED Drivers |
|
| Texas Instruments | Drivers | Floating Buck-Boost LED Driver Control Loop Analysis Based on TPS40200 |
|
| Texas Instruments | Drivers | Grayscale and Dot-Corrected LED Display Using TLC5941 and MSP430F427 |
|
| Texas Instruments | Drivers | Improved Overvoltage Protection for TPS61040/1 |
|
| Texas Instruments | Drivers | LDO White-LED Driver TPS7510x |
|
| Texas Instruments | Drivers | LED Display System Module Using Cascading TLC5940's |
|
| Texas Instruments | Drivers | LED driver - Paralleled Outputs Provide High-Current Outputs |
|
| Texas Instruments | Drivers | LED Driver Considerations |
|
| Texas Instruments | Drivers | Linear Matched Independent Current Source vs Traditional WLED Driver Solutions |
|
| Texas Instruments | Drivers | MSP430 Interface to TPS60250 via I2C Master Software |
|
| Texas Instruments | Drivers | New Current-Mode PWM Controllers Support Boost, Flyback, SEPIC and LED-drivers |
|
| Texas Instruments | Drivers | One-Wire Control – Eliminating Microprocessor Control for LED Driver |
|
| Texas Instruments | Drivers | Optimizing Transient Response of Internally Compensated DC-DC Converters |
|
| Texas Instruments | Drivers | Powering Multiple White LEDs, PWM & Digital Dimming Control Using TPS61060/1/2 |
|
| Texas Instruments | Drivers | Powering Multiple WLED Strings Using the TPS61150/50A |
|
| Texas Instruments | Drivers | Reducing Radiated EMI in WLED Drivers |
|
| Texas Instruments | Drivers | Single Cell TPS61041 LED Driver |
|
| Texas Instruments | Drivers | Solutions for LED Driver Overvoltage Protection |
|
| Texas Instruments | Drivers | TLC5940 Dot Correction Compensates for Variations in LED Brightness |
|
| Texas Instruments | Drivers | TLC5940 One Wire Control - Eliminating Microprocessor Control for Integrated LED Driver |
|
| Texas Instruments | Drivers | TPS40211 - SEPIC Design for MR-16 LED |
|
| Texas Instruments | Drivers | TPS60230 WLED Charge Pump |
|
| Texas Instruments | Drivers | TPS61059 Powers White-Light LED as Photoflash or Movie Light |
|
| Texas Instruments | Drivers | TPS61060/61/62: Single-Wire Digital Brightness Control |
|
| Texas Instruments | Drivers | TPS61150 Dual Output Boost Converter Drive up to 14 WLED Keypad LCD Backlight |
|
| Texas Instruments | Drivers | TPS6116x With Separate Power Stage and IC Input Voltages |
|
| Texas Instruments | Drivers | Using the TPS54160 as a High-Brightness LED Driver |
|
| Texas Instruments | Drivers | Using TLC5940 with higher LED Supply Voltages and Series LEDs |
|
| Texas Instruments | Drivers | Using TPS61200 as WLED Driver |
|
| Texas Instruments | Drivers | White Light LED Driver With Gradual Dimming |
|
| Texas Instruments | High Power LEDs | Driving a WLED does not Always Require 4 V |
|
| TT Electronics/Optek Technology | High Power LEDs | Optimal Series Thermal Resistance |
|
| Vishay Semiconductor/Opto Division | High Power LEDs | High Power LED, Ceramic Base SMD, VLMxxx Series |
|
| Vishay Semiconductor/Opto Division | High Power LEDs | Specification, Handling, Thermal Management and Design-In |
|
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