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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
LED 18 ASAP Semiconductor COBRA ELECTRONICS Not Provided LIGHT, HIGH INTENSITY LED CORDLESS
SSF-LXH100ID Perfect Parts Corporation LUMEX INC Visible LED T-1 3/4 SINGLE COLOR LED, HIGH INTENSITY RED, 5 mm
592-2222-302F Perfect Parts Corporation DIALIGHT CORP Visible LED SINGLE COLOR LED ARRAY, HIGH INTENSITY GREEN, 2.29 mm
SML-LXFT0603SIC-TR Perfect Parts Corporation LUMEX INC Visible LED SINGLE COLOR LED, SUPER HIGH INTENSITY RED, 1.2 mm
SSL-LX3059IGW Perfect Parts Corporation LUMEX INC Visible LED T-1 DUAL COLOR LED, HIGH INTENSITY RED/GREEN, 3 mm
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Conduct Research Top

  • Buck Configuration High-Power LED Driver
    The circuit and firmware described in this application note demonstrates a minimal parts count driver/controller for a high-power (1W or greater) LED. The circuit is based on a buck topology switching power supply using the on-chip comparator peripheral within the PIC12F675 PIC (R) microcontroller
  • Complementary LED Drive
    or sources a single LED. To drive more than one, a high I/O count is required. In order to reduce I/O requirements, LED's are multiplexed in a matrix (as found on a keyboard). The complementary LED drive method proposes to implement even more LEDs while using fewer I/O. LEDs are polarized and can only
  • Why Upgrade to LED?
    that LEDs have over traditional headlights is their superior lifespan. One LED headlight will out-live 300+ incandescent headlights, 50+ halogen headlights, or 20+ HID (high intensity discharge) headlights. Install LED headlights and it’s likely you’ll have to replace your truck before you have
  • Make a White LED Torch Using a Buck Converter
    . http://onsemi.com. APPLICATION NOTE. Introduction. Very popular in portable backlight applications, the white. The NCP1529 − DC−DC buck converter housed in. LED finds more and more derivatives on adjacent market. UDFN−6 package − is selected for its high power conversion. Its small package size
  • Driving Dright solutions For Automotive LED Lighting Challenges
    . Several manufacturers of LED driver ICs use this type of current regulation. However, this is not recommended method for driving high-intensity LEDs. ENERGY-CONVERTING LED DRIVERS. In most cases, a switching regulator provides a better electrical solution. Switching regulators switch a series load
  • Accuracy optimization of True Color Sensor solutions for LED color control of multiple LED light sources
    high-tech applications - like medical illumination, machine luminaries or aircraft cabin lighting - it is required to maintain constant and stable lighting conditions of LED light sources over the entire lifecycle of a product. These applications require long-term stable and reliable LED lighting
  • Drive High Intensity White LEDs Efficiently Using the PIC16C781
    to design a high efficiency LED driver with minimum components using the PIC16C781. Drive High Intensity White LEDs Efficiently Using the PIC16C781 TB060. Drive High Intensity White LEDs Efficiently Using the PIC16C781. charge current level. Current in L1 falls approximately. Author: Ward Brown
  • Power Design Considerations For LED Applications
    maximum. Assuming 1V is required by the electronic load. LEDs possess high efficiency, long life, vivid colors and are used. and all six LED strings are powered from a single power source,. in a variety of industries including the automotive, computer,. we would need 34.1V @ 2.17A (or 74W) for DC

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