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    THERMAL DESIGN CONSIDERATIONS LUMILEDS Search Results

    THERMAL DESIGN CONSIDERATIONS LUMILEDS Result Highlights (5)

    Part ECAD Model Manufacturer Description Download Buy
    TCTH011AE Toshiba Electronic Devices & Storage Corporation Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Push-pull type Visit Toshiba Electronic Devices & Storage Corporation
    TCTH022AE Toshiba Electronic Devices & Storage Corporation Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=10μA / IDD=11.3μA / Push-pull type / FLAG signal latch function Visit Toshiba Electronic Devices & Storage Corporation
    TCTH021AE Toshiba Electronic Devices & Storage Corporation Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=10μA / IDD=11.3μA / Push-pull type Visit Toshiba Electronic Devices & Storage Corporation
    TCTH012BE Toshiba Electronic Devices & Storage Corporation Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Open-drain type / FLAG signal latch function Visit Toshiba Electronic Devices & Storage Corporation
    TCTH012AE Toshiba Electronic Devices & Storage Corporation Over Temperature Detection IC / VDD=1.7~5.5V / IPTCO=1μA / IDD=1.8μA / Push-pull type / FLAG signal latch function Visit Toshiba Electronic Devices & Storage Corporation

    THERMAL DESIGN CONSIDERATIONS LUMILEDS Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    luxeon 5 watt

    Abstract: R-THETA Aluminum Base LED PCB luxeon 10 watt Custom Luxeon Design Guide luxeon 3 watt Luxeon 2002 thermal design AB05 luxeon drive
    Text: application brief AB23 Thermal Design Considerations for Luxeon 5 Watt Power Light Sources Luxeon 5 Watt Power Light Sources generate about four times the power dissipation of Luxeon 1 Watt Power Light Sources, making effective thermal design especially


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    transistor RJp 30

    Abstract: AN1149 led signal lamp transistor RJp HPWT
    Text: application brief AB20 4 replaces AN1149 4 Thermal Management Considerations for SuperFlux LEDs Thermal management is critical in the design of LED signal lamps because temperature affects LED performance and reliability. The following section details the effects of temperature on


    Original     		PDF AN1149 Sept2002) transistor RJp 30 led signal lamp transistor RJp HPWT

    175-LM

    Abstract: HTC lCD DISPLAY graphite thermal spreader CY8C27443 LIGHT DEPENDENT RESISTOR sensor graphite thermal
    Text: Thermal Design Considerations for High Power LED Systems By Patrick Prendergast, PSoC Applications Engineer, Cypress Semiconductor Corp. Executive Summary Lighting efficiency is generally measured in Lumens per Watt (lm/W), the lower the value, the more heat is generated for


    Original     		PDF 26-50lm/W 175-LM HTC lCD DISPLAY graphite thermal spreader CY8C27443 LIGHT DEPENDENT RESISTOR sensor graphite thermal

    led superflux white

    Abstract: J1319 superflux white superflux J914 SAE J914 sae J1319 J1889 J222 J588
    Text: Application Brief AB20 1 Using SuperFlux LEDs in Automotive Signal Lamps Introduction Lumileds Lighting SuperFlux LEDs are specifically designed for automotive signal lamp applications and are designed to operate at high DC forward currents reliably over the automotive temperature range. Each SuperFlux


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    superflux

    Abstract: AN1149 E0000 superflux white QPWT led superflux white
    Text: application brief AB20 7 replaces AN1149 7 SuperFlux LED Categories and Labels During Lumileds’ standard production process, each SuperFlux LED is tested before it is placed into a shipping tube. This test confirms that the luminous flux light output , dominant wavelength (color), forward voltage, and reverse voltage


    Original     		PDF AN1149 Sep2002) superflux E0000 superflux white QPWT led superflux white

    QPWT

    Abstract: superflux lens 2005 LED LUMILEDS E0000 snapled
    Text: application brief AB20 7 SnapLED / SuperFlux LED Categories and Labels During Lumileds’ standard production process, each SuperFlux & SnapLED LED is tested before it is placed into a shipping tube. This test confirms that the luminous flux light output , dominant wavelength (color), forward voltage, and reverse voltage


    Original     		PDF 1-888-Luxeon2 800-LUMILEDS QPWT superflux lens 2005 LED LUMILEDS E0000 snapled

    LED Driver 1W

    Abstract: 350MA, 1W WHITE LED DRIVER LTC3490 Dual Supply From Single Battery Source pcb thermal Design guide led LTC3490 white led 1w AA Alkaline battery luxeon 1w alkaline battery led constant current driver 350mA
    Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 762 350MA, 1W WHITE LED DRIVER LTC3490 DESCRIPTION Demonstration circuit 762 is a 350mA, 1W white LED driver featuring the LTC 3490 and a Lumileds Luxeon LED and lens. The board comes with two AA alkaline battery cells to be stuffed in the battery pack


    Original     		PDF 350MA, LTC3490 LTC3490 350mA DC762A LED Driver 1W 350MA, 1W WHITE LED DRIVER LTC3490 Dual Supply From Single Battery Source pcb thermal Design guide led white led 1w AA Alkaline battery luxeon 1w alkaline battery led constant current driver 350mA

    telephone ring led indicator

    Abstract: LXCL-PWF1 PIC LED LTC3453 DC810
    Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 810 HIGH EFFICIENCY BUCK-BOOST FLASH LED DRIVER LTC3453 DESCRIPTION Demonstration circuit 810 is a high efficiency buckboost flash LED driver featuring the LTC 3453 and the LXCL-PWF1 Lumileds Luxeon Flash. The board is


    Original     		PDF LTC3453 500mA 300ms 150mA 300ms, telephone ring led indicator LXCL-PWF1 PIC LED LTC3453 DC810

    LXCL-PWF2

    Abstract: LXCL-PWF1 LED torch LTC3216 LTC3216EDE SW-7914J
    Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 805 LOW NOISE HIGH CURRENT LED CHARGE PUMP LTC3216 DESCRIPTION Demonstration circuit 805 is a low noise high current LED charge pump featuring the LTC 3216 and the LXCL-PWF1 Lumileds Luxeon Flash. The board is optimized for 800mA 300ms LED flash current or


    Original     		PDF LTC3216 800mA 300ms 200mA LED-LTST-C155KGJRKT 1/16W, SW-7914J LTC3216EDE LXCL-PWF2 LXCL-PWF1 LED torch LTC3216 SW-7914J

    LXML-PWW1-0060

    Abstract: LED LXML-PWN1 LXHL-PW14-U00 LXML-PWC1-0040 LXK2-PWW2-R00 LXK2-PWN2-S00 LXML-PWC1-0050 LXML-PWN1-0080 LXML-PWW1-0050 LXK2-PWW2-Q00
    Text: Using LUXEON LEDs to Maximize System Efficiency Design and Manufacturing Assistance Directed Light FIGURE A HID High Intensity Discharge : 100lm/W A typical solid state Exterior Wide Area Lighting system consists of LUXEON® LEDs, secondary optics, heatsinks and


    Original     		PDF 100lm/W 70lm/W LXML-PWW1-0060 LED LXML-PWN1 LXHL-PW14-U00 LXML-PWC1-0040 LXK2-PWW2-R00 LXK2-PWN2-S00 LXML-PWC1-0050 LXML-PWN1-0080 LXML-PWW1-0050 LXK2-PWW2-Q00

    J1889

    Abstract: led superflux superflux led superflux white Lumileds conformal AN1149 superflux white heat staking AN11496 thermal design considerations lumileds
    Text: application brief AB20 6 replaces AN1149 6 Reliability Considerations for SuperFlux LEDs LEDs provide solid state lighting and are therefore extremely durable. If the recommended soldering and operating conditions are followed, SuperFlux LEDs will survive for the life of the vehicle.


    Original     		PDF AN1149 Sept2002) J1889 led superflux superflux led superflux white Lumileds conformal superflux white heat staking AN11496 thermal design considerations lumileds

    LXCL-PWF2

    Abstract: LXCL-PWF1 SW-7914J LTC3216 LTC3216EDE LTST-C155KGJRKT BOURNS-7914J PIC16F6 06036D225KAT1A
    Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 805 LOW NOISE HIGH CURRENT LED CHARGE PUMP LTC3216 DESCRIPTION Demonstration circuit 805 is a low noise high current LED charge pump featuring the LTC 3216 and the LXCL-PWF1 Lumileds Luxeon Flash. The board is optimized for 800mA 300ms LED flash current or


    Original     		PDF LTC3216 800mA 300ms 200mA 079CC LED-LTST-C155KGJRKT 1/16W, SW-7914J LXCL-PWF2 LXCL-PWF1 SW-7914J LTC3216 LTC3216EDE LTST-C155KGJRKT BOURNS-7914J PIC16F6 06036D225KAT1A

    AN1149

    Abstract: alternator shunt regulator 1N4005 1N5396 1N5406 NE555 led superflux NE555 PWM thermal design considerations lumileds
    Text: application brief AB20 3 replaces AN1149 3 Electrical Design Considerations for SuperFlux LEDs Table of Contents Overview Summary Electrical Design Process Overview Circuit Design Overview Worst Case Circuit Analysis and Validation Comparison of Different Methods of Worst Case Circuit Analysis


    Original     		PDF AN1149 Sept2002) alternator shunt regulator 1N4005 1N5396 1N5406 NE555 led superflux NE555 PWM thermal design considerations lumileds

    LXCL-PWF1

    Abstract: DS49 xenon strobe light lens 2004 LED LUMILEDS lux100
    Text: power light source Luxeon Flash LXCL-PWF1 Technical Datasheet DS49 Luxeon Flash is a family of ultra compact light sources specifically designed and tested for use as a camera flash in space constrained, portable digital imaging applications. The Luxeon Flash products are based on proven Luxeon technology


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    driver luxeon 10 watt

    Abstract: luxeon driver 20 watt Lumiled Luxeon I Star LED switching power supply design Lumiled Luxeon I pic12f675 capacitive switch luxeon driver schematic PIC12F675 AN874 luxeon lumiled
    Text: AN874 Buck Configuration High-Power LED Driver TABLE 1: Author: Keith Curtis Microchip Technology Inc. INTRODUCTION The circuit and firmware described in this application note demonstrates a minimal parts count driver/controller for a Lumileds LED. The circuit is based on a buck


    Original     		PDF AN874 PIC12F675 D-85737 NL-5152 DS00874B-page driver luxeon 10 watt luxeon driver 20 watt Lumiled Luxeon I Star LED switching power supply design Lumiled Luxeon I pic12f675 capacitive switch luxeon driver schematic AN874 luxeon lumiled

    LXHL-MW1D

    Abstract: AND8156 nud4001 "LED Drivers" 2N2222 LED30 MC7805 MC7809 MURA105T3 NUD4011
    Text: AND8156/D NUD4001 and NUD4011 Low Cost Integrated Current Sources for LEDS Lighting Applications of Low and High Voltage 6.0 V − 120 V http://onsemi.com APPLICATION NOTE Prepared by: Alejandro Lara and Mike Girand ON Semiconductor ABSTRACT The increasing usage of Light Emitting Diodes (LEDs) to


    Original     		PDF AND8156/D NUD4001 NUD4011 LXHL-MW1D AND8156 "LED Drivers" 2N2222 LED30 MC7805 MC7809 MURA105T3 NUD4011

    MP1540

    Abstract: DFN 4X4 91K xenon linear flash lamps 1 Watt LED Driver SMD ic "MOSFET Drivers" flash strobe driver luxeon 10 watt Luxeon driver schematic luxeon driver 1200 ma RT9362 LM2753
    Text: SP6685 700mA Buck/Boost Charge Pump LED Driver FEATURES VIN 1 10 VOUT • Output Current up to 700mA C1 2 ■ Up to 94% Efficiency in Torch Mode SP6685 9 PGND ■ Adjustable FLASH Mode Current 8 SGND C2 3 10 Pin DFN ■ Minimum External Components: No Inductors


    Original     		PDF SP6685 700mA 700mA SP6685 SP6685ER GRM21BR60J106KE19L GRM155R60J105KE19B GRM188R0J475KE19 10uF/6 0805/X5R/1 MP1540 DFN 4X4 91K xenon linear flash lamps 1 Watt LED Driver SMD ic "MOSFET Drivers" flash strobe driver luxeon 10 watt Luxeon driver schematic luxeon driver 1200 ma RT9362 LM2753

    HP LED handbook

    Abstract: Custom Luxeon Design Guide Luxeon driver schematic luxeon ds23 AB05 DS23 AB-06 AB06 thermal design considerations lumileds circuit diagram of a laser lighter
    Text: application brief AB12 Custom Luxeon Design Guide The objective of this design guide is to provide customers with the technical resources necessary to identify custom Luxeon™ Power Light Sources for unique applications. A Luxeon Power Light Source is a configuration of Luxeon Light Emitting


    Original     		PDF April2002) HP LED handbook Custom Luxeon Design Guide Luxeon driver schematic luxeon ds23 AB05 DS23 AB-06 AB06 thermal design considerations lumileds circuit diagram of a laser lighter

    xenon linear flash lamps

    Abstract: xenon flash lamps LXCL-PWF2 luxeon driver 1200 ma ADVANCED ANALOGIC TECHNOLOGY luxeon ds49 ultra Bright white 5 mm LED LED Lamps App Note MAX8715 DS49
    Text: power light source Luxeon Flash LXCL-PWF1 Technical Datasheet DS49 Luxeon Flash is a family of ultra compact light sources specifically designed and tested for use as a camera flash in space constrained, portable digital imaging applications. The Luxeon Flash products are based on proven Luxeon technology


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    vogt IL 050 321 31 01

    Abstract: IRS2541 Zener Diode 4148 VOGT 545 01 MURS160DICT VOGT 503 irs2541 application driver IRS2541 AN1131 zener diode in 4148
    Text: Application Note AN-1131 Universal Input 90 VAC – 265 VAC LED Driver Using IRS2541 Table of Contents Page 1. Introduction ………………………………………………………………….….1 2. Circuit Description .….2


    Original     		PDF AN-1131 IRS2541 IRS2541 vogt IL 050 321 31 01 Zener Diode 4148 VOGT 545 01 MURS160DICT VOGT 503 irs2541 application driver IRS2541 AN1131 zener diode in 4148

    LXHL-PW01

    Abstract: LXHL-PW01 led NPI31W220MTRF 1w led driver LED Driver 1W GRM43SR60J107ME20 LED sot23-6 LXHL-PW01 Lumileds 1W zxtn25012efh DO3316P-223
    Text: ZXSC400EV3 ZXSC400EV3 USER GUIDE DESCRIPTION The ZXSC400 is voltage mode boost converter in SOT23-6 package. Its low feedback voltage allows the current in a chain of LEDs to be set and accurately monitored with a single resistor with minimal losses. The ZXSC400EV3 is configured as a boost converter


    Original     		PDF ZXSC400EV3 ZXSC400EV3 ZXSC400 OT23-6 350mA LXHL-PW01 LXHL-PW01 led NPI31W220MTRF 1w led driver LED Driver 1W GRM43SR60J107ME20 LED sot23-6 LXHL-PW01 Lumileds 1W zxtn25012efh DO3316P-223

    AOT-2015

    Abstract: AOT2015 LTC3454 LTC3454EDD led driver 1000mA
    Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 875 HIGH EFFICIENCY BUCK-BOOST FLASH LED DRIVER LTC3454EDD DESCRIPTION Demonstration circuit 875 is a high efficiency buckboost flash LED driver featuring the LTC3454EDD. The board has two circuits optimized for different applications: a small footprint solution featuring 350mA,


    Original     		PDF LTC3454EDD LTC3454EDD. 350mA, 300ms 150mA 1000mA DC875A Ltc3454 150mA 200mA AOT-2015 AOT2015 LTC3454EDD led driver 1000mA

    zxtn25012

    Abstract: ZXSC400 zxsc310 AN65 SBR2A40P1 1n4148 r led flashlight di-123 Power di123
    Text: A Product Line of Diodes Incorporated AN65 Using the ZXSC310 to drive high power LEDs from 2 alkaline cell with hysteretic UVLO Dr. Kit Latham, Senior appplications engineer, Diodes Incorporated Introduction This note describes how the ZXSC310 boost convertor can be used to drive high power LED’s


    Original     		PDF ZXSC310 OT23-5 D-81541 zxtn25012 ZXSC400 AN65 SBR2A40P1 1n4148 r led flashlight di-123 Power di123

    Fabrication process steps metal core pcb

    Abstract: led mcpcb large copper trace thermal Fabrication process steps mcpcb AL 5052 luxeon 1w fabrication of mcpcb fr4 metal slug Aluminum Base LED PCB FR4 Prepreg 390DH4
    Text: AB10 LuxeonTM Emitter Assembly Information Application Brief Table of Contents • Introduction · Important Design Rules · Metal Core Printed Circuit Board MCPCB · Supply Chain and MCPCB Specification · MCPCB Design Guidelines · Process Flow to Build


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