Seeed Studio Grove RGB LEDs
Seeed Studio Grove RGB LEDs are cost-effective lighting development tools that operate at a voltage range of 3.3V to 5V. These Seeed Studio devices are available in Grove RGB LED Sticks (10-WS2813 Mini, 15-WS2813 Mini, and 20-WS2813 Mini) and Grove RGB LED (WS2813 Mini) variants. The RGB LEDs support signal break-point continuous transmission whereas other LEDs can work when a single LED is broken. These RGB LEDs feature 256 gray levels, a built-in control circuit in 3535 components, and dual-signal wires.
The Grove RGB LED sticks come with 10, 15, and 20 chainable and programmable WS2813 mini LEDs controlled by one signal input pin with the help of the integration circuit. The LED sticks are available in dimensions of 10mm x 80mm, 10mm x 108mm, and 10mm x 147mm.
The Grove RGB LED (WS2813 Mini) is a full-color LED with a programmable function. This device uses the same component WS2813 mini when compared with Grove RGB LED Ring. The RGB LED can be programmed with full display color and be used to connect other RGB LED rings or sticks by series mode.
Features
- 256 gray levels, 256 x 256 x 256 = 16777216” full-color display
- Built-in control circuit in a 3535 components
- Chainable and allowed to be cascaded with multiple LED rings
- Support 5V/3.3V power in and control data level
- Dual-signal wires and signal break-point continuous transmission
Signal break-point continuous transmission
Grove RGB LED stick Hardware Overview
Grove RGB LED Hardware Overview
Grove RGB LED sticks Dimensions
Videos
View Results ( 4 ) Page
| Teilnummer | Beschreibung | Produkt |
|---|---|---|
| 104020131 | Entwicklungstools für LED-Leuchten Grove - RGB LED Stick (10 - WS2813 Mini) | Evaluation Modules |
| 104020169 | Entwicklungstools für LED-Leuchten Grove - RGB LED (WS2813 Mini) | Actuators |
| 104020170 | Entwicklungstools für LED-Leuchten Grove - RGB LED Stick (20-WS2813 Mini) | Actuators |
| 104020172 | Entwicklungstools für LED-Leuchten Grove - RGB LED Stick (15-WS2813 Mini) | Evaluation Modules |
Veröffentlichungsdatum: 2019-12-05
| Aktualisiert: 2024-01-10