Effective Voltage Boosting Output range: 10V to 60V with a DC input range of 8.5V to 50V. This boost converter enables a stable higher voltage for your electronics, making it suitable for a variety of industrial and project applications. Enhanced Heat Dissipation Two heat sinks provide improved heat management for sustained operation. The design supports efficiency and maintains tight output voltage regulation even with large inputoutput voltage differences, reducing energy loss and boosting overall performance. Hassle Setup Screw terminals allow quick, secure connections and easy disconnection, simplifying installation and maintenance of your energy setup. Stable Maintenance and Reliability Built with a 75V/80A current MOS tube design and frequency, lowresistance electrolytic capacitors to deliver a stable output. This configuration supports reliable operation with minimal maintenance and reduced performance drift over time. Key attributes and compatibility Function: DCDC boost conversion with stable regulation across a wide inputoutput range. Input range: 8.5V to 50V. Output range: 10V to 60V. Components: two heat sinks, 75V/80A current MOS tube, frequency lowresistance electrolytic capacitors. Interface: screw terminals for straightforward installation and disconnection. Performance: enhanced heat management, efficient energy use, and stable voltage delivery. Use scenarios Industrial automation and control: power sensors, actuators, and lowvoltage equipment from a single, fluctuating input source while maintaining a steady higher output. Robotics and hobby projects: supply reliable boosted voltage for microcontrollers, sensors, and motors in robots or RC vehicles. Renewable energy and portable power systems: integrate with solar or battery banks to provide a consistent higher voltage to loads as input varies.