Compact, reliable boost converter module that turns common 12V or 24V supplies into higher DC voltages (up to 65V) while delivering up to 5A of output current. Ideal when you need to power highervoltage equipment from a lowervoltage battery or supply without changing the source or adding multiple batteries. Why you need it Expand the capability of existing 12V or 24V power systems to run highervoltage devices without replacing the source. Solve uneven equipment compatibility: use one supply to power devices that require voltages up to 65V. Save space and cost compared with installing an additional voltage power supply or separate battery bank. Key attributes Function: Stepup (boost) DCDC converter module for powering highervoltage loads from lowervoltage inputs. Input compatibility: Designed for common 12V and 24V DC sources. Output capability: Boosts to voltages up to 65V DC. Current rating: Maximum output current up to 5A (observe power limits at higher output voltages). Form factor: Modulestyle power supply suitable for integration into equipment or test setups. Use case flexibility: Works with batteries, vehicle electrical systems, bench power supplies, and other DC sources. Benefits and performance Versatility: Use one converter to support a range of projects and devices that require higher voltages without changing the primary power source. Practical power delivery: Up to 5A output supports many voltage loads; keep in mind output power depends on input voltage and converter limits. Space and costefficient: Eliminates the need to carry or install additional voltage supplies when you already have a 12V or 24V source. Typical applications Powering voltage LED modules or LED arrays from a vehicle or 24V system (e.g., boost 12V or 24V to drive 48V LED strings). Running 48V telecommunications or industrial electronics from standard 24V or 12V batteries or supplies during installation or testing. Bench testing and prototyping: provide adjustable higher voltages for electronics development or component testing (ensure voltage/current requirements and protections before use). Installation and safety notes Verify source voltage and polarity before connecting. Incorrect polarity or exceeding input limits can damage the module and attached devices. Match output power demand to the module's limits: at higher output voltages the available power depends on input voltage and the 5A current limit. Provide adequate cooling and ventilation during operation; consider heatsinking or airflow for sustained current use. Use appropriate wiring, fusing, and protection devices in your system to protect the module and downstream equipment. Follow standard safety practices when working with higher DC voltages up to 65V. What's included (module features referenced in the product title) Stepup boost DCDC converter module capable of boosting 12V/24V inputs to up to 65V with a maximum output current of 5A. Practical tips Measure the actual output voltage and current for your specific installation before connecting sensitive equipment. When using in mobile or vehicle applications, secure the module and protect against vibration and moisture. Combine with proper fuses and overcurrent protection on both input and output lines to improve safety and reliability. This module provides a straightforward way to convert common lowvoltage DC sources into higher DC voltages up to 65V while supporting up to 5A output, making it a useful tool for , prototyping, and field installations where flexibility and compact power conversion are required.