Step-back module, boost up/down/buck DC-to-DC power converter boost for high conversion efficiency components

Features: 1. This is a non-isolated, regulated DC power converter module with a long lifespan. 2. High power and stable output; it converts 5-30VDC to 1.25-30VDC. 3. High-quality components ensure high conversion efficiency, up to 93%. 4. It supports overcurrent, short-circuit, and overheat protection. 5. Designed with two heat sinks for improved heat dissipation. Specifications: Features: This is a non-isolated, regulated DC power converter module with a long lifespan. High power and stable output; it converts 5-30VDC to 1.25-30VDC. High-quality components ensure high conversion efficiency, up to 93%. It supports protection against overcurrent, short circuits, and overheating. Designed with two heat sinks for improved heat dissipation. Specification: Type: Non-isolated synchronous rectification module, automatically up/down; Input Voltage: DC 5-30V; Input Current: 8A, (MAX) 10A, (within 6A for long-term operation); Quiescent Current: 4mA (there will be a deviation when the operating voltage is different); Output Voltage: 1.25-30V continuously adjustable; Output Current: 10A (MAX) (natural cooling within 5A for long-term operation; please reduce the rating in case of high output voltage), improve heat dissipation, or reduce the rating when the module temperature is exceeded. 65℃ Constant current output range: 0.2-10 A Operating temperature: -40℃ to +85℃ Frequency: 150 KHz Conversion efficiency: Typical 91%, Maximum 93% Overcurrent protection: Yes Short circuit protection: Yes (current limiting protection) Overheating protection: Yes (automatic output voltage reduction) Reverse input protection: No, please connect a diode in series at the input if necessary Output backflow protection: Yes, no diode is needed when used for charging. Wiring method: Terminal block output (IN is input, OUT is output) Weight: 70 g / 2.5 oz (approx.) Package list: 1 * Module Setting the Current: 1. Adjust the CV potentiometer to set the output voltage according to the load requirements. 2. Turn the CC potentiometer counterclockwise approximately 30 turns (i.e., the output current is set to minimum). Connect the LED to the CC potentiometer and adjust it to the required current. If you are using the module to charge a battery, connect it to the output once the battery is fully discharged. Adjust the CC potentiometer to the required current. The more energy remaining in the battery, the lower the charging current will be. Please do not use a short circuit to adjust the current.