Key benefits Reliable voltage reduction: a DC‑DC Boost converter configured for downshifting converts a higher input voltage to a stable lower output, solving overvoltage or supplymismatch problems in mixedvoltage systems. efficiency: up to 97% efficiency reduces heat and power loss, improving runtime in battery systems and lowering cooling requirements. Easy to install and integrate: screw terminal input/output connections allow fast, secure wiring without soldering or special connectors. current capability: supports loads up to 10 A for demanding devices and subsystems. What this product does (core function and compatibility) Function: DC‑DC converter module designed to step a higher DC input down to a selectable lower DC output. Voltage range: accepts 6.5 V to 60 V input and provides adjustable output from 1.25 V to 30 V. Current: maximum output current 10 A. Connection: input and output wired via screw terminals for straightforward installation. Important operational note This Boost converter is used for downshifting (voltage reduction). Ensure the input voltage is higher than the desired output voltage before powering the module. Key attributes and performance Wide input range (6.5–60 V) for compatibility with many battery, adapter, and vehicle power sources. Adjustable output (1.25–30 V) to match a variety of load requirements. conversion efficiency (up to 97%) for reduced losses and lower operating temperature. Screwterminal connections for reliable, toolfriendly wiring. Maximum continuous output current of 10 A to support moderate to power loads. Practical use scenarios Batterypowered systems: step down higher battery voltages (e.g., multicell Li‑ion packs) to stable voltages for microcontrollers, sensors, or communication modules while minimizing energy loss. Automotive electronics: reduce vehicle or accessory voltages within the 6.5–60 V range to power aftermarket electronics, LED drivers, or charging circuits (observe the requirement that input > output). Bench power supply or prototyping: provide an adjustable lowervoltage supply from a highervoltage source for testing modules, motors, or control circuits up to 10 A. Installation and safety tips Confirm input voltage is higher than the set output voltage before applying power. Use appropriate wiring and fusing rated for the maximum current (10 A) to prevent overheating or damage. Allow for adequate ventilation when operating at current or near the module's limits to assist heat dissipation. Specifications (concise) Type: DC‑DC converter module (used for voltage reduction) Input voltage: 6.5 V – 60 V Output voltage: 1.25 V – 30 V (adjustable) Maximum current: 10 A Efficiency: up to 97% Connections: screw terminals This description reflects the module's specifications and intended function. Follow the operational note and safety tips to ensure correct and safe use.