Feature: Input Voltage: 2 V To 24 V Output Voltage: Dc 5V-28V Maximum Output Current: 2A Efficiency: 93% (Minimum) (Input-Output) Difference Voltage When Input Is At (2 V And 50% Of Max-Input-V), Loading At (50% And 100% Rated Current) Method Of Use: The Module Of The In+ And - After 2~24V, Adjusting The Potentiometer Can Adjust Output Voltage, Output Voltage Is Greater Than The Input Voltage Matters Needing Attention: The Input Voltage Should Not Exceed The Maximum Input Voltage The Peak Current Output Current No More Than Tv University When The Module Output Voltage Can Not Be Adjusted, The Output Voltage Is Always Equal To The Input Voltage.Please Adjust The Potentiometer Counterclockwise 20 Laps Or More (Let Potentiometer Against Your Chest, Counterclockwise Turn Boost) Package Included: 15 X Mt3608 Dc Voltage Regulator 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 is the input voltage range for this power converter?A: The input voltage range is two volts to twenty-four volts. This allows for flexibility in various applications requiring different input levels.
Q: What is the maximum output current of this module?A: The maximum output current is two amps. This capability supports a range of electronic devices that require higher power.
Q: What are the dimensions of the MT3608 module?A: The board size is thirty-six millimeters by seventeen millimeters by fourteen millimeters. This compact size makes it suitable for various projects.
Q: What output voltages can this converter provide?A: The output voltage can be adjusted from five volts to twenty-eight volts. This versatility meets the needs of many different applications.
Q: How do I adjust the output voltage on this converter?A: You can adjust the output voltage by turning the potentiometer. It’s important to turn it counterclockwise to increase the output voltage.
Q: Can this module be used for DIY projects?A: Yes, it is ideal for DIY adjustable regulated power supply projects. Many hobbyists use it for custom electronics applications.
Q: Is the MT3608 suitable for use with batteries?A: Yes, it is widely used for storage battery applications. This makes it a great choice for powering various devices from battery sources.
Q: What precautions should I take when using this module?A: Ensure the input voltage does not exceed twenty-four volts. Also, avoid exceeding the maximum output current to prevent damage.
Q: How do I connect this power converter to a power source?A: Connect the IN+ and IN- terminals to your input power source. Make sure to follow the voltage specifications for safe operation.
Q: Can this converter handle thermal overload?A: Yes, it includes thermal overload protection. This feature helps prevent damage in case of an output overload situation.
Q: What is the efficiency rating of this voltage regulator?A: The efficiency rating is ninety-three percent. This high efficiency reduces energy loss and improves performance.
Q: How should I store this module when not in use?A: Store it in a dry, cool place. Keeping it away from moisture and extreme temperatures will prolong its lifespan.
Q: What if the output voltage is not adjusting as expected?A: If the output voltage isn't adjusting, try turning the potentiometer counterclockwise twenty turns or more. This should reset the adjustment mechanism.
Q: Is this power converter suitable for beginners?A: Yes, it is suitable for beginners with basic electronics knowledge. Its simple design makes it easy to use for various projects.
Q: What type of applications can this converter be used for?A: It can be used for powering industrial equipment, DIY projects, and devices requiring five to twenty-eight volts. Its versatility is key.
Q: What kind of protection features does this module have?A: It has under-voltage lockout, current limiting, and thermal overload protection. These features ensure safe operation during various conditions.