Key benefits Precise, flexible power for development, testing, and operation: provides constantvoltage (CV) and constantcurrent (CC) output with continuously adjustable voltage and current, so you can set exactly the power conditions your equipment needs. Broad compatibility with existing power sources: accepts a wide 10–60 V input range, making it compatible with most DC power supplies and battery sources on the market. continuous output with reliable thermal design: delivers up to 280 W and 12 A output (observe the device's output power and current limits) while using effective ventilation and natural heat dissipation to maintain stable operation. Core features Dualmode output: switch or transition seamlessly between constant voltage and constant current to protect loads and perform accurate testing. Continuously adjustable: fine control over both voltage and current to match a wide variety of electrical equipment. output capability: capable of up to 280 W/12 A when input and load conditions permit (note that actual output is limited by the module's defined power and current limits). Wide input range: 10–60 V DC input supports common power supplies and battery packs, simplifying integration into existing setups. Thermal management: designed for good ventilation and natural heat dissipation to reduce thermal stress during power operation. Performance and compatibility notes Ensure your input source can supply sufficient voltage and current within the 10–60 V range. Respect the module's maximum output power and current ratings (280 W / 12 A) to avoid overload. Suitable for a wide variety of electrical equipment and test scenarios due to its adjustable CV/CC output and broad input compatibility. Typical applications Electronics bench power: precise CV/CC control for circuit prototyping, component testing, and troubleshooting. LED and lighting systems: drive LED arrays or strips with controlled voltage/current to set brightness and protect LEDs. Motor and actuator testing: power and limit current for small motors, servos, and other drive electronics during development and diagnostics. Practical reminders Always verify input voltage and current capability before connecting. Monitor output settings and stay within the module's specified limits to ensure reliable, safe operation.