DC to DC LED Driver Reference Designs

Filters

Filters

DC to DC LED Driver Reference Designs
Description Released By For Application For End Products

36 Results

DC to DC LED Driver Reference Designs
Description Released By For Application For End Products
LT3799-1_Typical Application

Typical Application for LT3799-1 - Offline Isolated Flyback LED Controller with Active PFC

Analog Devices Lighting DC to DC LED Driver, LED Off-Line Lamps
LT3799_Typical Application

Typical Application for LT3799 - Offline Isolated Flyback LED Controller with Active PFC

Analog Devices Lighting DC to DC LED Driver, LED Off-Line Lamps
MXHV9910BTR_Typical Application

Typical Linear Dimming Application Circuit for MXHV9910BTR Off-Line, High Brightness LED Driver

Littelfuse Lighting Flat Panel Display, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver
MXHV9910BETR_Typical Application

Typical Linear Dimming Application Circuit for MXHV9910BETR Off-Line, High Brightness LED Driver

Littelfuse Lighting Flat Panel Display, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver
MXHV9910BE_Typical Application

Typical Linear Dimming Application Circuit for MXHV9910BE Off-Line, High Brightness LED Driver

Littelfuse Lighting Flat Panel Display, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver
MXHV9910B_Typical Application

Typical Linear Dimming Application Circuit for MXHV9910B Off-Line, High Brightness LED Driver

Littelfuse Lighting Flat Panel Display, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver
HV9930_Typical Application

Typical Application for HV9930 Hysteretic Boost-Buck (uk) LED Driver IC

Microchip Technology Lighting AC to DC LED Driver, DC to DC LED Driver, RGB Lighting, Battery-Powered LED Lamps
HV9911_Typical Application

Typical Application - Boost for HV9911 Switch-Mode LED Driver IC with High Current Accuracy

Microchip Technology Lighting DC to DC LED Driver, RGB Lighting, Battery-Powered LED Lamps
HV9910BDB3

HV9910BDB3, Low-Voltage, High-Current LED Driver Demo Board with Constant Frequency Mode

Microchip Technology Lighting Battery Charger, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Display Backlighting, Constant-Current LED Driver, RGB Backlighting
HV9967BDB1

HV9967BDB1, 4W LED Driver Demo Board with Accurate Average-Mode Constant Current Control

Microchip Technology Lighting Battery Charger, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Display Backlighting, Constant-Current LED Driver, RGB Backlighting
HV9911DB2

HV9911DB2, Boost LED Driver Demo Board with 1:3000 Dimming Ratio and Excellent Current Regulation

Microchip Technology Lighting DC to DC LED Driver, RGB Backlighting, Battery-Powered LED Lamps
HV9911_Typical Application

Typical Application - SEPIC for HV9911 Switch-Mode LED Driver IC with High Current Accuracy

Microchip Technology Lighting DC to DC LED Driver, RGB Lighting, Battery-Powered LED Lamps
HV9911_Typical Application

Typical Application - Buck for HV9911 Switch-Mode LED Driver IC with High Current Accuracy

Microchip Technology Lighting DC to DC LED Driver, RGB Lighting, Battery-Powered LED Lamps
HV9911DB1v2

HV9911DB1v2, High-Brightness Boost LED Driver Demo Board with 1:3000 Dimming Ratio and Excellent Current Regulation

Microchip Technology Lighting DC to DC LED Driver, RGB Backlighting, Battery-Powered LED Lamps
ARD00609

ARD00609, MCP19111 PMBUs Protocol-Enabled Point-of-Load (POL) Converter Reference Design

Microchip Technology Power Supplies Battery Charger, DC to DC Converter, DC to DC LED Driver, Power Conversion
HV9967B_Typical Application

Typical Application for HV9967B Integrated LED Driver with Average-Mode Current Control

Microchip Technology Lighting Battery Charger, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Display Backlighting, RGB Lighting, Constant Current Regulators
HV9930DB1

HV9930DB1, High Bright LED Driver Demo Board Meeting Automotive Requirements

Microchip Technology Lighting AC to DC LED Driver, DC to DC LED Driver, RGB Backlighting, Battery-Powered LED Lamps
HV9910DB6

HV9910DB6, Simple Constant-Current LED Driver Demo Board for OSRAM OSTAR

Microchip Technology Lighting Battery Charger, Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Display Backlighting, Constant-Current LED Driver, RGB Backlighting
HV9861ADB2

HV9861ADB2, HV9861A LED Driver Demo Board Boost Assisted, Valley Fill, 120VAC Input, 7W Output, 350mA, 20V, Power Factor 93%

Microchip Technology Lighting Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Constant-Current LED Driver, LED Display, LED Backlighting, Architectural Lighting, Street LED Lighting
HV9861ADB1

HV9861ADB1, 21-Watt, Universal, AC LED Driver Demo Board with Accurate Average-Mode, Constant Current Control

Microchip Technology Lighting Signage Lighting, Decorative Lighting, AC to DC LED Driver, DC to DC LED Driver, Constant-Current LED Driver, LED Display, LED Backlighting, Architectural Lighting, Street LED Lighting

Connect with Electronic Components

Facebook LinkedIn Instagram YouTube
Contact Us

Contact and Support

Programs and Partners

Product Categories

Manufacturers

Verticals & Trends

We've updated our privacy policy. Please take a moment to review these changes. By clicking I Agree to Arrow Electronics Terms Of Use  and have read and understand the Privacy Policy and Cookie Policy.

See Short Policy

Our website places cookies on your device to improve your experience and to improve our site. Read more about the cookies we use and how to disable them here. Cookies and tracking technologies may be used for marketing purposes.
By clicking “Accept”, you are consenting to placement of cookies on your device and to our use of tracking technologies. Click “Read More” below for more information and instructions on how to disable cookies and tracking technologies. While acceptance of cookies and tracking technologies is voluntary, disabling them may result in the website not working properly, and certain advertisements may be less relevant to you.
We respect your privacy. Read our privacy policy here