by adom
2020 Addressable RGB LED · 800 Kbps single-line cascade · 16 mA per channel (V1.0 sheet), 12 mA from V1.2
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README.md+2@@ -38,6 +38,8 @@ The numbers you design against: each channel is driven at a constant 16 mA, (p.1 Two limits are tighter than instinct suggests. Supply: the absolute-maximum rating is +3.7 to +5.3 V, this is a 5 V part with less headroom than a plain LED, and logic thresholds track the rail (VIH = 0.7 VDD), which matters when driving it from 3.3 V logic. (p.2, p.3) Moisture: it is rated MSL 6, the most sensitive class, solder it immediately after opening the bag, and re-bake before any second reflow. (p.7) Junction temperature is bounded at −25 to +85 °C. (p.2) +Design-in guide for the whole family (which variant a 3.3 V MCU can drive directly, chain power budgets, decoupling, the pinout trap when substituting another maker's 2020 LED): the [eda-addressable-rgb-leds](https://wiki.adom.inc/adom/eda-engineering/files/skills/eda-addressable-rgb-leds/SKILL.md) skill in the EDA Skillpack.+ ## Pinout WS2812B-2020 datasheet V1.0 p.2 (PIN Configuration and PIN Function). The symbol, footprint, Fusion/EAGLE library