Lowloss alloy powder diecasting for the module provides low impedance and a lead terminal design, resulting in small parasitic capacitance, a solid and firm structure, precise manufacturing, longlasting rust resistance, compact size, and the ability to carry large currents. Enhances DCDC converter efficiency to meet the needs of low voltage and current rectification, delivering reliable current performance in a compact form. The main control uses the VL805 USB3.0 performance controller, delivering stable operation, broad compatibility, and noticeably improved product performance. Synchronous rectification uses an onresistance power MOSFET to the rectifier diode, reducing rectifier losses and improving overall efficiency. Key benefits and attributes Function and performance: lowloss construction with low impedance and small parasitic capacitance for dependable current operation Material and build: lowloss alloy powder diecasting, lead terminal, rustresistant design, solid and compact Compatibility and control: VL805 USB3.0 based main control chip for stable, compatible, and enhanced performance Efficiency: synchronous rectification with power MOSFET minimizes rectifier losses for better converter efficiency Size and practicality: small form factor without sacrificing current handling capacity Applications and use scenarios DCDC converter modules in telecom and datacenter infrastructure that require low voltage and current rectification with reliable efficiency Industrial control cabinets and energy management systems needing compact, robust power conversion with precise performance Automotive or batterypowered systems that demand efficient current rectification in a compact, corrosionresistant package