300W 20A DC to DC Voltage Step-down Converter
Only 2 left in stock
With a wide input voltage range from 6V to 40V, the step-down converter can accurately adjust output voltage and current. The efficiency can be up to 96%, measured at 20A, converting 24V to 12V. It is designed with 75V/80A large current dual MOS tube. Input and output use high frequency low resistance electrolytic capacitor, low ripple, and gives a stable output. Wiring is convenient with these large current 30A screw terminals. The buck module has 2 heat sink that could enhance heat dissipation. When there is a big difference between input and output voltage, please decrease power and current.
Specifications
A high-performance synchronous buck regulator. It is engineered to drop high input source voltages down to highly precise, lower output distributions. It natively balances raw power handling with meticulous circuit protection, serving as an ideal platform for custom high-wattage electronics projects
Overview
Specification Parameters Explicit Operational Ratings Input Voltage Window (+IN / -IN)6V DC to 40V DC (10V to 40V recommended for baseline stability) Output Adjustability (VO+ / VO-)1.2V DC to 36V DC (Continuously variable via CV trimmer)Peak Current Limit20 Amps max (Requires supplemental active cooling)Safe Continuous Amperage15 Amps max under typical passive atmospheric conditions Total Thermal Ceiling300 Watts overall continuous delivery maximum
Key features
Synchronous Rectification Logic: Utilizes dual independent 85V/80A high-current MOSFET structures instead of standard Schottky diodes. This layout limits internal voltage drops and drops generation of radiant waste heat. Independent CC / CV Management: Dual multi-turn trimming potentiometers give you analog command over output bounds. Turning them clockwise expands thresholds, while turning them counter-clockwise reduces boundaries. Six-Stage Low-ESR Capacitor Bank: Anchored by six dedicated high-frequency, low-resistance electrolytic filter caps. They effectively suppress incoming high-frequency line spikes and keep output power extremely smooth. Sendust Core Dual Inductor: Employs a dense, oversized Sendust magnetic loop wrapped in double-strand pure copper wire. This design maximizes magnetic flux efficiency while lowering core operating temperatures.