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Forum Technical Support Thread | Light Up Your Life Design Challenge
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  • design challenge
  • e14-Würth Elektronik
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Technical Support Thread | Light Up Your Life Design Challenge

JoRatcliffe
JoRatcliffe 1 month ago

I wanted to kick off a thread and share some more information to help inspire anyone considering signing up and inform everyone who is selected as a Challenger.

This is just a starting point and everyone is very welcome to ask questions, either directed at Nicola (nwieland ) from Würth Elektronik or myself (JoRatcliffe ). Plus, everyone is free to use this space to share any additional resources they find useful or discoveries related to the kit.

The centrepiece of the kit is the Würth Elektronik ICLEDs (Integrated Controller Light Emitting Diodes).

{gallery}The LEDs!

image

: This is how the LEDs arrived - in reels like this - here at our office.

image

: We will be dividing up the reels between all the Challengers. However, for convenience we will not be separating each LED individually.

image

: Hope this made for a fun little insight into the behind-the-scenes of Design Challenges.

Würth Elektronik’s RGB ICLEDs are advanced lighting solutions that are equipped with an integrated controller capable of PWM dimming. The inclusion of an integrated controller in each ICLED eliminates the need for complex circuitry and difficult PCB layouts. With a single microcontroller unit (MCU) transmitting information to the initial ICLED in a chain, subsequent ICLEDs receive the data through daisy-chain connections, simplifying the overall setup without requiring extra connections to the MCU.

 

Files & Documentation

 

Product URL for Reference

Manufacturer Part Number

Farnell SKU

Specs & Documentation

image
https://uk.farnell.com/wurth-elektronik/1315050930002/led-rgb-625-525-470nm-120deg/dp/4420411

 

1315050930002

 

4420411

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

image
https://uk.farnell.com/wurth-elektronik/1313210530000/led-rgb-625-525-470nm-120deg/dp/4420407RL

1313210530000

 

4420407RL

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

image
https://uk.farnell.com/wurth-elektronik/1312020030000/led-rgb-625-525-470nm-120deg/dp/4420406RL

1312020030000

 

4420406RL

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

image
https://uk.farnell.com/wurth-elektronik/1312121320437/led-rgb-625-525-470nm-110deg/dp/4420409RL

1312121320437

4420409RL

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

image
https://uk.farnell.com/c/optoelectronics-displays/led-products/standard-multicolour-leds-under-75ma?st=1315050930246

1315050930246

4683764

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

image
https://uk.farnell.com/c/optoelectronics-displays/led-products/standard-multicolour-leds-under-75ma?st=1311610030140

1311610030140

4683765

Datasheet

EDA models & CAD file downloads

Würth Elektronik ICLED SDK (GitHub repository)

 

The design challenge’s kit also includes an Arduino Zero (ABX00003). Würth Elektronik shared with me these design schematics for the Featherwing which I have uploaded to the Files section of this Design Challenge to help provide an initial technical insight into how the LEDs can be used.

image
https://uk.farnell.com/arduino/abx00003/arduino-board-32bit-arm-cortex/dp/3874819

ABX00003

3874819

Datasheet

Pinout

Schematics

ICLED_SDK libraries for the Feather M0 Express microcontroller

Get Started, CAD files, Compatibility & Suggested Libraries

The rest of the challenge's kit has not been forgotten but the key items above are mainly the ones that have been discussed so far in the challenge group. Files and documents shared here are correct as of 7th August 2025. This is intended as a ‘snapshot in time’ of the files and documents and will not be updated.

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Top Replies

  • robogary
    robogary 1 month ago in reply to obones +3
    Maybe, depends on your interpretation of monster. 100 LEDs at 20 mA each is 2A , not a big deal, but a separate PS is needed.The controller wont power it. I built an led light organ using a 12v 10a power…
  • JWx
    JWx 1 month ago in reply to Anthocyanina +2
    I think it was meant to be mcd:
  • misaz
    misaz 28 days ago in reply to embeddedguy +2
    Look at their webpage. There are datasheet, brief explanations, link to application note and most notably, recording of webinar, which explains lot of things including some best practices. https://www…
Parents
  • embeddedguy
    embeddedguy 28 days ago

    Is there any specific document for circuit design using this LEDs from Wurth? Like things to consider and best practices etc?

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  • misaz
    misaz 28 days ago in reply to embeddedguy

    Look at their webpage. There are datasheet, brief explanations, link to application note and most notably, recording of webinar, which explains lot of things including some best practices.

    https://www.we-online.com/en/components/products/WL-ICLED

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  • misaz
    misaz 28 days ago in reply to embeddedguy

    Look at their webpage. There are datasheet, brief explanations, link to application note and most notably, recording of webinar, which explains lot of things including some best practices.

    https://www.we-online.com/en/components/products/WL-ICLED

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  • embeddedguy
    embeddedguy 27 days ago in reply to misaz

    Hi,
    So, I looked at basic schematic from the above and found that there was no capacitor on one of the schematics using LEDs.? 

    And also, I saw some documents and one webinar on the link you have posted, there was not much on PCB or circuit design best practices.

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  • arvindsa
    arvindsa 27 days ago in reply to embeddedguy

    decoupling caps? you should definitely put it. 100nf near each LED and may me 10uF around start of each strip. if the LED color isnt gonna drastically change (gently fade from zero) you can get away without individual caps for each LED.

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  • misaz
    misaz 27 days ago in reply to embeddedguy

    I do not know what schematics you refer to. Even simplified schematics on directly linked page shows capacitors.

    image

    I did not watch full webinar, but If there are not any concrete PCB layout requirements, follow standard one (ground plane under LEDs, wide VCC trace because high currents flow through it, etc).

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  • embeddedguy
    embeddedguy 25 days ago in reply to misaz

    Ok. look on the first schematic. BTW this is not serious because, I always follow the standard rules as much as I can. So, I know the above rules. Nevertheless, if there is any specific parameter in that case such guides can help us. That's why.

    Files - element14 Community

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  • embeddedguy
    embeddedguy 25 days ago in reply to arvindsa

    Thanks man..!

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  • misaz
    misaz 25 days ago in reply to embeddedguy

    Ahh, now I understand what schematics you mean. On this schematics, following caps serves the purpose:

    image

    It works because featherwing is pretty small board and LEDs are still near the caps. But if you do something longer, I would recommend staying at old good 100nF near each chip (LED).

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