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3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino in Saudi Arabia 3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino in Saudi Arabia 3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino in Saudi Arabia 3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino in Saudi Arabia 3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino in Saudi Arabia

3pcs 4-Digit LED Display Module I2C Interface 0.36" Common Cathode PH2.0-4Pin for Arduino

SAR 53
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Special Features

  • 【Ultra-Bright Display for Outdoor Use】 This 4-digit, 0.36-inch common-negative digital tube module delivers exceptional brightness with a segment drive current of ≥25mA and a bit drive current of ≥150mA, making it Suitable for outdoor equipment or high-light.
  • 【Effortless Integration with I²C Interface】 Featuring the advanced TM1650 driver chip, this module requires only four wires (V/G/D/C) for integration via the I²C interface. Compared to traditional digital tubes that require over 12 pins, this innovative design saves up to 89% of GPIO resources, allowing for more efficient circuit layouts. Suitable for projects where space is limited!
  • 【Customizable Brightness & Keyboard Scanning】 With eight levels of brightness adjustment and a built-in keyboard scanning interface (customizable upon request), this module offers flexibility. Adjust the display intensity to suit your specific needs, whether you're creating a sleek dashboard or a user-friendly control panel. The TM1650 chip handles both display and input tasks effortlessly.
  • 【Suitable Design for Long-Term Use】 Built with durability in mind, this module features a compact 12-pin package with mounting holes measuring 3mm. Its PH2.0-4P socket ensures secure connections while preventing reverse polarity issues.
  • 【Plug-and-Play Simplicity】 Installation easier. Simply connect the V/G/D/C pins to your microcontroller using the standard I²C protocol, and you're ready to go. No complicated wiring or extensive programming required—just plug it in and watch your project come alive.

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