DC-DC Boost 400W power module Key benefits - Wide input and adjustable output: converts DC power from 8.5 V to 50 V input to a stable 10 V to 60 V output, enabling a single module to power a range of devices from small electronics to notebooks. - High efficiency for reliable performance: rated up to 96% conversion efficiency, with actual efficiency depending on input voltage, output voltage, current, and voltage difference. This helps reduce heat and extend battery life in portable or remote applications. - Easy wiring and integration: non-insulated boost module with screw terminals on both input and output for secure, straightforward wiring and quick installation. - Strong heat management for continuous operation: built for harsh conditions with an operating range of -40 C to 85 C and two radiators to improve heat dissipation. Specifications at a glance - Model: DC-DC Boost - Power: 400 W - Input voltage: DC 8.5 V to 50 V - Output voltage: DC 10 V to 60 V - Efficiency: up to 96% (depends on operating conditions) - Temperature range: -40 C to 85 C - Cooling: two radiators for enhanced heat dissipation - Wiring: screw terminals on both input and output - Construction: non-insulated boost module - Applications: suitable for electronic devices, digital products, notebooks, and similar loads What makes it useful - Compatibility across a wide voltage range makes it suitable for use with automotive, solar, or portable power systems where input fluctuates. - The ability to push voltage up to 60 V supports devices that require higher voltage levels without multiple converters. - Screw-terminal design simplifies wiring in custom builds, test rigs, or field installations, reducing installation time and improving reliability. - Built for demanding environments with a broad operating temperature and effective cooling to maintain stable performance under load. 2-3 practical use scenarios - Automotive or marine power: convert a 12–24 V system to 24–48 V loads such as high-power LED arrays, sensors, or portable instruments used on boats or vehicles. - Off-grid or solar setups: from a battery bank delivering 8.5–50 V, power 12–60 V loads like monitoring equipment, measurement instruments, or portable notebooks that require higher voltage than the source. - Field testing and recovery: provide a stable higher voltage to bench test equipment, displays, or laptop-style devices in remote environments where a fixed supply is not available. Notes - Efficiency varies with input/output voltage and current levels; actual performance should be evaluated under your specific load conditions. - Proper heat management is important; if ambient temperatures are high or loads are sustained, ensure adequate airflow or additional cooling.