Key benefits Stable, regulated power even when input voltage fluctuates — protects sensitive electronics and prevents brownouts. Wide input range (5–32 V) with both stepup and stepdown capability (LTC3780based buck‑boost design) for flexible system integration. output capacity (up to 8 A, 80 W max) in a very compact package to support demanding loads without taking much space. Builtin safety features (undervoltage lockout, shortcircuit protection, thermal shutdown) reduce risk of damage to the module and connected devices. What this product does Provides reliable DCDC voltage regulation, maintaining a constant output voltage as input varies. Uses an LTC3780 controller to enable both boost and buck operation, so it can raise or lower voltage as needed. Converts power efficiently to minimize energy loss and heat during sustained use. Key specifications Controller: LTC3780based buckboost topology Input voltage: 5–32 V Output capability: up to 8 A, 80 W maximum Protections: undervoltage lockout, shortcircuit protection, thermal shutdown Size: 11 x 11 x 24 mm Typical applications: 12 V / 24 V solar systems, automotive electronics, portable and batterypowered devices, DIY projects Why customers choose this module Versatility: Works with a wide range of source voltages and can both step up and step down to the required output, reducing the need for multiple converters. Compact footprint: Small physical size fits into tight enclosures and portable systems. Robust safety: Multiple protection mechanisms help prevent damage from low input, overloads, or overheating. Efficiency and durability: efficiency design limits energy waste and heat generation for reliable, longterm operation. Practical use scenarios 1) Solar power regulation: Connect a variableoutput solar panel (e.g., 12 V/24 V rigs) to the module to provide a steady output voltage to charge a battery or power DC loads, even as sunlight and panel voltage change throughout the day. 2) Automotive electronics: Use the module to stabilize power for sensitive electronics (dashcams, sensors, infotainment) when vehicle voltage fluctuates during engine start/stop or alternator load changes. 3) Portable and DIY projects: Integrate into batterypowered devices, portable test equipment, or custom electronics where a compact, protected, and efficient DCDC converter is required. Installation and compatibility notes Designed for general compatibility with common 12 V and 24 V systems; verify output settings and wiring before connecting sensitive loads. Ensure adequate cooling/ventilation in enclosed installations to support continuous power use despite the module's efficient topology. Safety and reliability Undervoltage lockout prevents operation under dangerously low input voltages. Shortcircuit protection and thermal shutdown help protect both the module and connected equipment from faults. Designed for continuous use in demanding environments; recommended for outdoor or industrial installations when combined with appropriate enclosure and cooling. Includes the LTC3780based design and the specified input/output ratings; no unsupported features are included.