RGB LED strip WS2813 - digital, addressed - IP30 60LED/m, 18W/m, 5V - 5m
Бестселлер
- Артикул:
- 47897819
38 246 AMD
Характеристики
- Напряжение до
- 5.0 V
- Напряжение от
- 5.0 V
- Светодиодный объектив
- Четкий
- Светодиодно - цифровой
- yes
- Длина волны светодиода
- RGB
- Светодиодный - цветной
- RGB
Вес и размеры
- Длина кабеля
- 5.0 m
Общие характеристики
- LED - светодиоды
- 60 per meter
- светодиодный тип
- WS2813
- Класс герметичности
- IP30
Прочие свойства
- Бренд
- OEM
Энергопитание
- Номинальная мощность
- 18 W
- Номинальное напряжение
- 5 V
Описание
RGB LED strip description WS2813 - digital, addressable - IP30 60 LED/m 18W/m, 5V - 5m
Individually addressable RGB LEDs housed in a 5 metre strip with a density of 60 LEDs per metre. Each pixel can emit a colour from a 24-bit palette.
The diodes are densely arranged at a distance of about 11 mm, so the brightness is high. The chip is powered by 5 V, consumes about 3.6 A per meter (18 W). The chain has the ability to cut after each diode.
Product compatible withArduinoandRaspberry Pi
- Arduino library on GitHubfor NeoPixel modules along withconnection examples,
- Example of connectionwith Raspberry Pi along with code.
RGB LED strip WS2813 - digital, addressable - IP30 60 LED/m 18W/m, 5V - 5m.
The LEDs are densely arranged at a distance of about 11mm.
The LED strip has a 4-pin connector.
Connection
The LED strip has a 4-pin connector consisting of the following leads:
- GND (white lead) - module ground
- 5 V (red lead) - supply voltage, each meter of the stripe requires a source with current capacity of at least 3,5 A
- D0 (green lead - data) - digital control signal from the microcontroller
- B0 (blue cable - clock) - digital control signal from the microcontroller - connected according to the needs of the program
- Supply voltage: 5 V
- Power: 18 W/m
- LEDs used: RGB LED SMD5050 WS2813
- Addressed pixel: 1 RGB diode
- Resistance to external conditions: IP30
- Chain length: 5 m
- Chain width: 10 mm
First start-up - ColorPalette example
-
Run the test program by selecting in the Arduino environment:
- File -> Examples -> FastLED -> ColorPalette
-
Select the pin from which diodes will be controlled. By default it is pin 5:
- Line 3 #define PIN 5
-
Select the number of pixels to be controlled. The default is 50:
- Line 4 #define NUM_LEDS 50
-
Select the brightness of the LEDs, default is 64:
- Line 5 #define BRIGHTNESS 64
-
Select type of LED driver, default is WS2811
- Line 6 #define LED_TYPE WS2811
- Upload the program to the Arduino. The pixels should all light up and change colors from the color palette
The string has the ability to cut after each diode.
Useful links
- Arduino library on GitHub
- Addressable RGB LED strips, WS2812B vs WS2813 - what are the differences?
