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Yodel
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This 66mm module contains a strip of 16 individually controllable RGB LEDs arranged in a circular serial configuration. Each LED has separately controllable red, green, and blue, elements which can be individually set to one of 256 different intensity settings, allowing over 16 million colour variations. The module also has power and data connections at both ends of the chain so that multiple modules can be connected together whilst still only requiring one digital pin to drive them.
What's more, to make controlling these LED's from an Arduino as simple as possible we have written our own exclusive library what will handle all the complicated bits. See bottom of this post or our blog for more information on this library and requirements.
This 66mm module contains a strip of 16 individually controllable RGB LEDs arranged in a circular serial configuration. Each LED has separately controllable red, green, and blue, elements which can be individually set to one of 256 different intensity settings, allowing over 16 million colour variations. The module also has power and data connections at both ends of the chain so that multiple modules can be connected together whilst still only requiring one digital pin to drive them.
What's more, to make controlling these LED's from an Arduino as simple as possible we have written our own exclusive library what will handle all the complicated bits. See bottom of this post or our blog for more information on this library and requirements.
Model number: HCMODU0128
Supply voltage: 4.5 to 5.5V (5V recommended)
LEDs per ring: 16
Max module current: 580mA (approx)
Module diameter: 66mm
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This 66mm module contains a strip of 16 individually controllable RGB LEDs arranged in a circular serial configuration. Each LED has separately controllable red, green, and blue, elements which can be individually set to one of 256 different intensity settings, allowing over 16 million colour variations. The module also has power and data connections at both ends of the chain so that multiple modules can be connected together whilst still only requiring one digital pin to drive them.
What's more, to make controlling these LED's from an Arduino as simple as possible we have written our own exclusive library what will handle all the complicated bits. See bottom of this post or our blog for more information on this library and requirements.
