Drok Dc-Dc Step Up/Down Voltage Regulator Boardparameter: Input Voltage: Dc 5.5-30V (If Input Voltage Lower Than 5V, It Can Achieve Buck/Boost, But The Measured Voltage And Current Value Will Be Inaccurate. When Input Voltage Lower Than 4.7V, It Will Trigger Under-Voltage Protection). Output Voltage: Dc 0.5-30V Output Current: 4A For Long-Term Working Output Power: 35W Voltage Display Resolution: 0.01V Voltage Accuracy: 1% Current Display Resolution: 0.001A Current Accuracy: 1% Conversion Efficiency: About 88% Soft Start: Yes (Maybe Invalid When Starting With High-Power Load) Working Frequency: 180Khz Size: 72*59*32Mmprotection: Soft Start; Input Reverse Connection Protection Output Anti-Backflow Protection Short-Circuit Protection Over-Current Protection Over-Power Protection Over-Temperature Protectionbuttons:In/Out Button: Short Press: Switch To Display Input Voltage/Output Voltage/Module Temperature. Long Press: Switch To Display Output Current/Output Power.On/Off Button: Short Press: Control Output On/Off. Long Press: Set Output Default On/Off When Powered On.Package Included: 1X Buck Boost Board
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What are the dimensions of the DROK Boost Buck Converter?A: The DROK Boost Buck Converter measures seventy-two millimeters by fifty-nine millimeters by thirty-two millimeters. This compact size makes it suitable for various applications.
Q: What is the input voltage range for this power supply regulator?A: The input voltage range is five point five to thirty volts. It can achieve buck or boost functionality within this range.
Q: What is the maximum output power of the DROK Boost Buck Converter?A: The maximum output power is thirty-five watts. This allows it to handle various power demands effectively.
Q: How do I adjust the output voltage on the DROK converter?A: To adjust the output voltage, use the onboard potentiometer. You can set the output voltage between zero point five to thirty volts.
Q: Is this converter suitable for charging batteries?A: Yes, it can be used as a battery charger. Its adjustable output makes it versatile for different battery types.
Q: Can this module be used for LED drivers?A: Yes, it is suitable as a high-power LED constant current driver module. It provides stable output for LED applications.
Q: What safety features does the DROK converter have?A: It includes input reverse connection protection, output anti-backflow protection, and multiple other safety features. These ensure reliable operation and protect connected devices.
Q: How do I maintain the DROK Boost Buck Converter?A: To maintain it, keep the module clean and free from dust. Ensure proper ventilation during operation to prevent overheating.
Q: Is there a warranty for this product?A: Yes, the DROK Boost Buck Converter typically comes with a warranty. Please refer to the manufacturer's guidelines for specific terms.
Q: How does the converter display voltage and current?A: The converter has a clear LCD screen that displays input voltage, output voltage, temperature, output current, and output power. You can switch the displayed parameters using the buttons.
Q: What is the recommended usage frequency for this power module?A: The working frequency is one hundred eighty kilohertz. This frequency ensures efficient operation for your applications.
Q: Can I use this converter for long-term projects?A: Yes, it is designed for long-term use with a maximum continuous output current of four amps. It is suitable for various extended applications.
Q: What happens if the input voltage is too low?A: If the input voltage drops below four point seven volts, it will trigger under-voltage protection. This feature prevents damage to the converter.
Q: Is the DROK Boost Buck Converter easy to install?A: Yes, it is relatively easy to install with straightforward connections. Follow the provided instructions for optimal setup.
Q: What is the conversion efficiency of this module?A: The conversion efficiency is approximately eighty-eight percent. This high efficiency minimizes energy loss during operation.