12V / 24V > up to 60V Boost DCDC Converter Module — 5A Why you need this module Converts a lowvoltage DC source (12V or 24V) into a higher DC voltage up to 60V, enabling devices and circuits that require higher rails without changing the primary power source. Rated for up to 5A output current, providing substantial power for LED arrays, instrumentation, and other highervoltage loads. Simple, direct solution when you need higher DC voltage from vehicle batteries, solar systems, or bench power supplies. Key benefits Flexible voltage boost: Raise common 12V or 24V supplies to higher voltages (up to 60V) without adding a separate power source. current capacity: Supports loads up to 5A for many lighting and electronics applications. Practical for retrofit and prototyping: Allows existing lowvoltage systems to power highervoltage components quickly and costeffectively. Core attributes Functionality: Stepup (boost) DCDC conversion to increase voltage from a lower DC source to a higher DC output. Compatibility: Designed for use with 12V and 24V DC inputs; outputs up to 60V DC. Performance: Continuous output current rating up to 5A (observe thermal and wiring limits). Form factor: Supplied as a module suitable for installation into projects, vehicles, or equipment panels. Construction: Standard electronic PCB module with power components sized to meet the specified voltage and current ratings. Practical considerations Ensure the input source can provide sufficient current for the desired output power. Output power = output voltage × output current; input current will be higher depending on conversion ratio and efficiency. Observe correct polarity on input and output connections to avoid damage. Provide adequate cooling and ventilation for sustained current operation to stay within the module's thermal limits. Use appropriate wiring and fusing on both input and output sides to match the current and safety requirements of your application. Common applications voltage LED lighting: Power LED strings or panels that require higher DC voltages from a 12V or 24V vehicle or battery system. Instrumentation and control: Supply stable highervoltage rails for sensors, measurement devices, or control electronics in industrial and lab environments. Prototyping and hobby projects: Create highervoltage test rails or run modules and components that demand voltages up to 60V without a dedicated power supply. What this module solves Eliminates the need for a separate voltage power source when only a lowervoltage DC supply is available. Simplifies upgrades and retrofits by enabling highervoltage devices to run from common 12V or 24V systems. Provides a compact, current boost option for applications that require up to 60V at currents up to 5A. Ordering and compatibility tip Confirm your load's voltage and current requirements (do not exceed 60V or 5A). Check that your input supply (battery, adapter, or power bus) can handle the additional current draw required for the desired boosted output. If sustained power is needed, plan for heat dissipation (heat sink, airflow) and appropriate protection (fuses, circuit breakers).