Audio Power Supply | 1200W 50A Boost Module | High-Current Amplifier Board

Deliver massive, stable power to your high-performance audio amplifiers with this 1200W 50A boost power module. Engineered with a dual-inductor design for superior current handling, it provides a robust 12V to 50V boost conversion, ensuring your amplifier receives clean, consistent voltage for maximum output and dynamic headroom without sag. Features and Benefits - 1200W High Power Output with 50A Current - Supports the most demanding class D and high-power audio amplifiers without current limiting or thermal shutdown. - Non-isolation Dual-Inductor Topology - Enhances efficiency and thermal performance, allowing for sustained high-current operation with minimal power loss. - Wide 12V to 50V Input/Output Range - Offers versatile compatibility with various power sources and can be adjusted to match your amplifier's optimal voltage requirements. - High-Current MOSFETs and Durable PCB - Built with robust components for reliable, long-term operation under continuous heavy load, ensuring system stability. - Adjustable Output Voltage via Potentiometer - Provides precise voltage tuning to perfectly match and optimize your specific amplifier's power needs. Applications - High-Power Car Audio Amplifier Systems - Supply stable, high-current 50V power from a 12V battery to drive subwoofer and multi-channel amplifiers to their full potential. - Professional Portable PA and DJ Equipment - Create a compact, high-wattage DC power supply for rack-mounted or mobile sound reinforcement systems. - DIY Audio and Amplifier Projects - An excellent choice for enthusiasts and professionals building or upgrading custom amplifier rigs requiring a dedicated, high-efficiency power stage. - Testing and Bench Power Supply - Use as a variable, high-current DC source for testing and developing audio amplifiers and other power-hungry electronic projects. Note This is a non-isolated converter. Ensure proper input/output polarity and voltage settings. Adequate heat sinking and ventilation are required for continuous operation at maximum load.