Description
TPA3116D2 200W 2.1 Channel Class D Audio Amplifier Board
The TPA3116D2 Dual IC 200W Class D Amplifier Board is a high-efficiency 2.1 channel audio amplifier designed for powerful, clean, and low-distortion sound output. Built around the trusted TPA3116D2 Class D amplifier chipset, this board delivers 100W x 2 stereo output, making it ideal for advanced DIY audio systems.
Operating on a wide DC 12V to 24V input range, the amplifier is flexible enough for use with battery packs, SMPS power supplies, or custom power solutions. Its compact 90mm x 60mm design allows easy integration into speaker cabinets, home theater systems, computer speakers, and portable audio builds.
With built-in thermal, overload, and short-circuit protection, the board ensures long-term reliability and safe operation. The low EMI and minimal harmonic distortion guarantee clean, crisp audio with powerful bass, making it a perfect choice for audiophiles, hobbyists, and professionals alike.
Key Features:
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High-efficiency Class D amplifier using TPA3116D2 IC
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2.1 channel configuration
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Stereo output: 100W x 2 channels
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Wide DC input voltage support from 12V to 24V
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Compact PCB design for easy integration
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Low harmonic distortion for clear and crisp audio
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Low noise and minimal EMI interference
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Built-in overload, short-circuit, and thermal protection
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Ideal for DIY, home audio, and portable speaker projects
Technical Specifications:
| Parameter | Details |
|---|---|
| Amplifier IC | TPA3116D2 (Dual IC) |
| Amplifier Type | Class D |
| Audio Channels | 2.1 Channel |
| Stereo Output Power | 100W x 2 |
| Input Voltage | DC 12V – 24V |
| Board Dimensions | 90 mm x 60 mm |
| Distortion | Low harmonic distortion |
| Noise Level | Low EMI, low noise |
| Protection | Thermal, overload, short circuit |
| Application Type | DIY audio amplifier |
Applications:
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DIY 2.1 speaker systems
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Home theater amplifier projects
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Computer speaker systems
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Bluetooth speaker amplifier integration
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Outdoor and portable audio systems
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Custom audio electronics projects
Precautions:
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Use a suitable power supply with adequate current rating
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Ensure proper ventilation for heat dissipation
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Avoid short circuits on speaker terminals
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Use recommended speaker impedance for best performance
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Do not exceed the specified voltage range