TPA3116D2 Dual Channel Class D Digital Amplifier Board XH-M567
TPA3116D2 Dual Channel Class D Digital Amplifier Board XH-M567
TPA3116D2 Dual Channel Class D Digital Amplifier Board (XH-M567)
Upgrade your audio setup with the XH-M567 TPA3116D2 Dual Channel Digital Amplifier Board — a compact, high-efficiency Class D amplifier module engineered for DIY audio enthusiasts, electronics hobbyists, and makers. Delivering exceptional audio performance in a remarkably small footprint, this board is perfect for custom speaker builds, home audio systems, and electronics projects.
Key Features
- High-Efficiency Class D Operation: Achieves over 90% power efficiency with minimal idle power consumption, keeping heat low and energy use optimized.
- Advanced Modulation System: Features a TPA3116D2 oscillator/PLL circuit with multiple selectable switching frequencies to effectively suppress AM interference for cleaner audio output.
- Dual Channel Output: Drives two speaker channels independently for full stereo performance.
- Bass/Treble (High/Low) Adjustment: Onboard tone control allows you to fine-tune bass and treble to match your listening preferences without any external components.
- Compact Design: Dimensions of just 60 × 32 × 14 mm (L × W × H) make it easy to integrate into tight enclosures or custom builds.
- Low Idle Loss: Engineered to minimize power draw during standby, making it efficient for always-on applications.
- Broad Compatibility: Works seamlessly with a wide range of audio sources and speaker configurations — ideal for prototyping and production builds alike.
Specifications
- Model: XH-M567
- Chip: TPA3116D2
- Channels: 2 (Dual / Stereo)
- Amplifier Class: Class D
- Power Efficiency: >90%
- Tone Control: High (Treble) & Low (Bass) Adjust
- Dimensions: 60 × 32 × 14 mm
- Interference Suppression: Advanced PLL / multiple switching frequency selection
Who Is It For?
Whether you're building a DIY bookshelf speaker system, retrofitting vintage audio hardware, or prototyping an embedded audio solution, the XH-M567 delivers the power, clarity, and control you need. Its plug-and-play-friendly design means you can get up and running quickly, while its onboard adjustment features give experienced builders granular control.
For more information on electronics safety standards relevant to amplifier boards and similar components, visit the U.S. Consumer Product Safety Commission (CPSC).
Frequently Asked Questions
Q: What is the TPA3116D2 chip and why does it matter for a digital amplifier board?
A: The TPA3116D2 is a high-performance stereo Class D audio amplifier IC known for its greater than 90% power efficiency and low idle power consumption. It features an advanced oscillator/PLL circuit with selectable switching frequencies that suppress AM interference, resulting in cleaner, clearer audio output. Using this chip in the XH-M567 board ensures reliable, efficient amplification for DIY audio builds and custom speaker systems.
Q: What does the high/low (treble/bass) adjustment do on the XH-M567 amplifier board?
A: The onboard tone control lets you independently adjust the treble (high frequencies) and bass (low frequencies) of your audio output. This allows you to tailor the sound signature to suit your speakers, listening environment, or personal preference — all without needing additional external equalizer hardware.
Q: What speakers or audio systems is this amplifier board compatible with?
A: The XH-M567 TPA3116D2 dual channel amplifier board is compatible with a wide range of passive stereo speakers and audio input sources. It is commonly used in DIY speaker enclosures, home audio upgrades, electronics hobby projects, and embedded audio systems. Always verify that your speaker impedance and power ratings are within the board's supported range for best results.
Q: How compact is the XH-M567 amplifier board?
A: The board measures just 60 × 32 × 14 mm (Length × Width × Height), making it one of the more space-efficient dual-channel amplifier modules available. This compact size makes it ideal for integration into tight enclosures, custom speaker cabinets, and embedded electronics projects.