FireBeetle Covers-24x8 LED Matrix (Yellow)

DFRobot FireBeetle is a low - power micro - controller crafted for the Internet of Things (IoT). This series is focused on creating a quick and convenient IoT hardware platform for low - power nodes. It includes main control boards, expansion boards (Covers), and related accessories. This 24x8 Yellow LED Matrix display is tailor - made for the FireBeetle series. It features a low - power mode and scrolling display. With the high - performance HT1632C LED driver chip, each LED has an independent register for easy individual control. It comes with an integrated 256KHz RC clock, consumes only 5uA in low - power mode, and supports 16 - scale PWM brightness adjustment. This product is also compatible with other Arduino microcontrollers like Arduino UNO. SPECIFICATIONS - Operating Voltage: 3.3~5V - LED Color: Yellow - Drive Chip: HT1632C - Working Current: 6~100mA - Low - power Consumption: 5uA - RC clock: 256KHz - Chip Select (CS): D2, D3, D4, D5 selectable - Serial Data Communication - Support Arduino Library - Support Scrolling display - Interface mode: FireBeetle Series Compatible - Operating Temperature: - 10°C~+85°C - Dimension: 24 x 58(mm)/0.94 x 2.28(inches) - Weight: 26g DOCUMENTS Product WIKI More Documents SHIPPING LIST - FireBeetle Covers - 24x8 LED Matrix (Yellow) x1 - 18pin - 2.54mm Pin Header x2 - 18pin - 2.54mm Female Pin Header x2

Using the DFRobot FireBeetle 24x8 Yellow LED Matrix is easy. First, connect it to your FireBeetle board or Arduino UNO following the pin instructions. Make sure the power supply is within 3.3 to 5 volts. You can use the Arduino library to program the display for scrolling text or other cool effects. When it comes to power, it's great for low - power projects as it only uses 5uA in low - power mode. Just keep it in an environment where the temperature is between - 10°C and 85°C. To maintain it, avoid getting it wet and keep it away from sharp objects. If you're not using it for a long time, store it in a dry place. And don't forget to check the pin connections regularly to ensure stable performance.