Search results for: 'led module arduino'

WS2812 - LED RGB Module Features This is a breakout board for the WS2812B RGB LED. The WS2812B (or NeoPixel) is actually an RGB LED with a WS2811 built right into the LED! This module has a 5mm RGB LED on it, which has the ability to create 16777216 colors. WS2812 RGB Module Pinout This module has 4 pins: VCC: Module power supply - 5 V GND: Ground DI: Input data from the previous micro or module DO: Output data to next moduleYou can see pinout of this module in t...

0.96 INCH I2C/SPI OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, and more elegant in compare to LCDs. The driver chip is SSD1306, which provides I2C/SPI communication. You can download the datasheet of this module here.  [wpdm_package id='19894'] 0.96 INCH OLED Display Module Pino...

1.3 INCH OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, and more elegant in compare to LCDs. The driver chip is SH1106, which provides I2C/SPI communication. You can download the datasheet of this module here.  [wpdm_package id='19917'] 1.3 INCH OLED Display Module Pinout This...

2.42 INCH OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner and more elegant in compare to LCDs.This 2.42 INCH OLED display is single color and the resolution is 128x64 pixels. The driver chip is SSD1309. You can download the datasheet of this module here. [wpdm_package id='19974'] 2.4...

Discover the power of the 1.3 inch OLED display module and its seamless integration with Arduino. With its impressive features and cutting-edge technology, this display promises to enhance your user experience. Learn how to interface this display module with Arduino using simple steps and bring your projects to life. Features OLED displays are high contrast, high-resolution and low-power displays, so they provide a good quality for users. There is no backlight on OLED, and it uses independent-illuminated pi...

1.3 INCH OLED IPS Display Module Features OLED displays offer many advantages in compare to LCDs and LEDs. These full color modules are high-quality. This 1.3 inch OLED display has SPI communication protocol. The resolution is 240x240, which means it contains 57,600 pixels. So, it enjoys a clear and transparent display quality. 1.3 INCH OLED IPS Display Module Pinout This module has 7 pins:GND: GroundVCC: Module power supply – 3.3 VSCL: SPI clockSDA: SPI dataRE...

0.96 INCH OLED Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, low-power and more elegant in compare to LCDs. The driver chip is SSD1306, which provides SPI communication. You can download the datasheet of this module here.  [wpdm_package id='20547'] 0.96 INCH OLED Display Module Pinout...

0.96 INCH OLED IPS Display Module Features OLED displays are high contrast and high-resolution displays, so they provide a good readability for users. There is no backlight on OLED, and it uses independent-illuminated pixels. So, it is thinner, low-power and more elegant in compare to LCDs. The driver chip is ST7735, which provides I2C communication. You can download the datasheet of this module here.  [wpdm_package id='20572'] 0.96 INCH SPI OLED IPS Display ...

Overview LEDs can uniquely control the amount of three primary colors (red, green, and blue) to create a desired color. Thanks to this feature, they are now an attractive and practical component in Electronics and Lighting industry. An RGB LED has one common pin as well as three pins for red, green, and blue colors. We can combine these primary colors to create countless colors by controlling these pins with a PWM pulse signal. (The number of colors depends on the resolution of the generated PWM signal)...