Key benefits and features - Adjustable voltage range 2 V to 35 V Provides an adjustable output to meet your project needs when the input voltage is higher than the desired output. Simple to set the exact voltage required for your application. - High current capability Delivers up to 20 A maximum output current with a practical continuous rating of 15 A. Suitable for high performance LED driving and charging tasks that demand substantial current. - Efficient energy conversion Operates at 150 kHz with an approximate efficiency of 96%. This high efficiency minimizes energy waste and reduces heat in your system. - Purpose and compatibility Designed for use in applications where the input voltage exceeds the required output. The module is a versatile power stage capable of supplying stable voltage across a wide range of loads up to 35 V and 20 A. - Practical considerations The module focuses on function, reliability, and performance. It is suitable for integration into power supplies, test rigs, and project enclosures where a compact, efficient adjustable DC output is needed. Use scenarios - LED driving applications Configure the output to the required LED drive voltage (for example 12 V or 24 V) and supply up to 15 A to a high power LED array or string. The combination of wide voltage range and high current supports bright, scalable LED lighting projects. - Battery charging and power delivery Use as a charging stage for battery packs or energy storage systems where the input source is higher than the desired charging voltage. Set the output within the 2 V to 35 V window and supply up to 15 A to charging circuits or charge controllers that manage battery safety and balance. - Prototyping and lab bench power supply Provide a flexible DC supply for electronic prototyping, test rigs, and development boards. Set any required voltage between 2 V and 35 V and draw up to 15 A to simulate operating conditions or power experimental setups. Notes - The module is optimized for efficiency and performance while operating with input voltages that exceed the desired output voltage. Always design accompanying control and protection circuitry appropriate to your specific load and use case.