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MP3-TF-16P MP3 SD Card Module with Serial Port
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Supports sampling rates (KHz): 8 / 11.025 / 12/16 / 22.05 / 24/32 / 44.1 / 48
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24-bit DAC output, dynamic range support: 90dB, SNR support: 85dB
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Fully supports FAT16, FAT32 file system
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Maximum support 32G TF card
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Support U disk to 32G, 64M bytes of NORFLASH
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A variety of control modes are available. IO control mode, serial mode, AD key control mode
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MP3-TF-16P MP3 SD Card Module with Serial Port
Description
- MicroSD Card Compatibility: The module is equipped with a microSD card slot, allowing you to load and play audio files directly from a microSD card. This feature provides ample storage space for a wide range of audio files, including MP3 and WAV formats.
- Serial Communication: The module communicates with external devices, such as microcontrollers (e.g., Arduino) or Raspberry Pi, using a serial interface. This serial communication method simplifies control and interaction with the module, enabling you to trigger audio playback, change tracks, adjust volume, and more.
- Audio Output: It typically features a 3.5mm audio jack (headphone jack) for connecting to external speakers, headphones, or amplifiers. This allows you to play audio with clarity and adjust the volume as needed.
- Onboard Buttons: Some versions of the module may include onboard buttons for basic control functions, such as play/pause, volume adjustment, and track selection. These buttons offer convenient manual control if required.
- LED Indicators: LED indicators are often integrated into the module to provide visual feedback on the module’s status, such as power-on, playback, and track changes.
- Amplifier Compatibility: The module can interface with amplifiers or external audio systems to enhance sound quality and loudness for larger installations.
- External Trigger Inputs: Many versions offer external trigger inputs, allowing you to integrate the module into a broader automation system or trigger audio playback through external sensors or switches.
- Low Power Consumption: It typically has low power consumption, making it suitable for battery-powered projects and energy-efficient designs.
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