Audio Amplifier Circuits

200W MOSFET Audio Amplifier Board – Toshiba 2SC5198 & 2SA1941 Transistor-Based

Specifications:-
  1. Transistor Configuration: Toshiba 2SC5198 (NPN) & 2SA1941 (PNP)
  2. Output Power: Up to 200W output
  3. Power Supply Requirement: Dual AC supply of 24-0-24V to 30-0-30V, with 5–7A current capacity
  4. Speaker Compatibility: Supports 4Ω and 8Ω speakers
  5. Amplifier Class: Class AB
  6. Cooling Mechanism: Integrated heatsink for efficient heat dissipation
  7. Protection Features: Overcurrent, overheating, and short-circuit protection

SKU: 200W-MOSFE-4222

MRP RS.1130.55
Rs.1050.00 (Include Tax)
Quantity

Perfectly Done

200W MOSFET Audio Amplifier Board – Toshiba 2SC5198 & 2SA1941 Transistor-Based

This high-performance amplifier board utilizes Toshiba's renowned 2SC5198 and 2SA1941 MOSFET transistors to deliver robust audio amplification. Designed for audiophiles and DIY enthusiasts, it offers a clean and powerful sound output, making it ideal for home audio systems, custom speaker setups, and educational electronics projects. The board's design ensures minimal distortion and efficient power handling, providing an immersive listening experience.

 Features
  • High Output Power: Delivers up to 200W, suitable for driving large speakers
  • Robust Transistors: Employs Toshiba 2SC5198 and 2SA1941 for reliable performance
  • Versatile Power Input: Operates with a dual AC supply ranging from 24-0-24V to 30-0-30V
  • Comprehensive Protection: Built-in safeguards against overcurrent, overheating, and short circuits

Technical Specifications

Product Details
Specifications:-
  1. Transistor Configuration: Toshiba 2SC5198 (NPN) & 2SA1941 (PNP)
  2. Output Power: Up to 200W output
  3. Power Supply Requirement: Dual AC supply of 24-0-24V to 30-0-30V, with 5–7A current capacity
  4. Speaker Compatibility: Supports 4Ω and 8Ω speakers
  5. Amplifier Class: Class AB
  6. Cooling Mechanism: Integrated heatsink for efficient heat dissipation
  7. Protection Features: Overcurrent, overheating, and short-circuit protection

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