Audio Amplifier Module TDA2030

Description:

• The TDA2030 is an integrated circuit (IC) that functions as an audio power amplifier.   
• Audio amplifier modules that utilize the TDA2030 chip are designed to boost low-power audio signals to a level suitable for driving speakers.
• These modules are popular due to their simplicity, affordability, and decent audio output.
• They are often found in mono configurations, but can be used in stereo and other multi channel setups.

Key Features:

• Power Output:
  • Capable of delivering a reasonable amount of audio power, typically around 18W.   
• Low Distortion:
  • Designed to produce audio with minimal harmonic distortion, resulting in relatively clear sound.
• Thermal Shutdown Protection:
  • Includes built-in protection against overheating, enhancing reliability.   
• Short-Circuit Protection:
  • Has protection against short circuits on the output.
• Wide Supply Voltage Range:
  • Operates within a range of supply voltages, offering flexibility in power source selection.
• Ease of Use:
  • Relatively simple to integrate into electronic circuits.

Applications:

• DIY Audio Projects:
  • Ideal for building custom audio amplifiers, speakers, and sound systems.
• Small Audio Systems:
  • Suitable for use in portable speakers, radios, and other compact audio devices.
• Computer Audio:
  • Can be used to amplify audio output from computers and other digital devices.
• Home Audio:
  • Used in some home audio applications.   
• Educational Electronics:
  • A common component in electronics education and hobbyist projects.

DATA SHEET AND USECASE

Key Features:

• Wide Supply Voltage Range: Operates up to 36 V, supporting both single and split power supplies.

• High Output Current: Capable of delivering substantial current to drive speakers effectively.

• Low Distortion: Exhibits very low harmonic and crossover distortion, ensuring high-fidelity audio reproduction.

• Protection Features: Includes short-circuit protection to ground and thermal shutdown to prevent damage under fault conditions.