Reference Design MagI³C Multi Color LED Driver | Power Modules (MagI³C Series) | Würth Elektronik Product Catalog

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OverviewAll product units Product unitPower Modules (MagI³C Series)Product groupReference Designs Reference DesignsReference Design MagI³C Multi Color LED Driver

Reference Design MagI³C Multi Color LED Driver

Characteristics

4 Channel LED Driver
1-26 LEDs with 1.8V each in series per channel (depending on LED forward voltage)
Intensity of each channel can be adjusted individually (dimming 0-100%)
Dimming by potentiometer, button or Bluetooth control (2608011024000)
PWM dimming method - controlled by PIC16F1527 microcontroller
LED Driver: MagI³C Power Module 172 946 001
Conducted and radiated EMI compliant (EN55015)
Good thermal behavior

Applications

Horticulture Lighting
Mixing of white color temperatures
Mixing of RGBW (Red, Green, Blue, White)

Horticulture LED Development Kit

The 2 in 1 Lighting Development Kit provides an easy solution to either mix RGBW color for different lighting situations or amplify the growth of plants with the horticulture panel

Products

Order Code	Datasheet	Downloads	Description	V_IN (V)	V_OUT (V)	I_OUT (mA)	Offer
1780050	SPEC	2 files EDA models: Reference designs ZIP ALT ALTIUM_1780050 (rev1).zip \| 5.8 MB GBR GERBER_1780050 (rev1).zip \| 341.2 KB Download all 2 files as zip archive ZIP	MagI³C Multi-Color LED Driver	18 - 48	1.8	450

Order Code	Datasheet
1780050	SPEC

Offer

Order Code	Datasheet	Downloads	Description	V_IN (V)	V_OUT (V)	I_OUT (mA)	Offer

Included Products

MagI³C-LDHM LED Step Down High Current Module: 172946001

MagI³C-VDRM Variable Step Down Regulator Module: 171021501

Proteus-I: 2608011024000

WE-CBF SMT EMI Suppression Ferrite Bead: 742792097

WE-PD2 SMT Power Inductor: 7447732110

WCAP-CSGP MLCCs 25 V(DC): 885012207072

Videos

#askLorandt explains: Multi Color LED Driver with MagI³C Modules

Videos

Würth Elektronik Webinar: LED driving and dimming made simple with MagI³C Power Modules

Videos

WE meet @ Digital Days 2021: Improving the EMI performance of isolated power modules

Learn more