MT3608 2A DC-DC Adjustable Step Up Booster Power Module - Micro USB Input

The MT3608 is a compact and versatile DC-DC step-up voltage converter module designed to efficiently boost input voltages to higher output voltages. With its small form factor and high efficiency, the MT3608 module is commonly used to power devices or components that require higher voltage levels than the available power source. Equipped with adjustable output voltage settings, this module is suitable for various applications, such as powering sensors, microcontrollers, and other electronic circuits from lower voltage sources.

Specificatoins of MT3608 2A DC-DC Adjustable Step Up Booster Power Module - Micro USB Input:

• Input Voltage Range: 2V - 24V (recommended operating range)
• Output Voltage Range: Up to 28V (adjustable via a potentiometer)
• Maximum Output Current: Typically up to 2A (with appropriate heat sinking)
• Conversion Efficiency: Typically 80% - 93%, depending on input/output conditions
• Switching Frequency: Typically 1.2MHz
• Operating Temperature Range: -40°C to +85°C

Features of MT3608 2A DC-DC Adjustable Step Up Booster Power Module - Micro USB Input:

• Voltage Boosting: The MT3608 module efficiently increases input voltage levels to provide higher output voltages, expanding power options for various components.
• Adjustable Output: The output voltage can be adjusted using an onboard potentiometer, allowing customization to suit specific application requirements.
• High Efficiency: With efficient switching technology, the MT3608 module delivers a high conversion efficiency, reducing energy loss and heat generation.
• Usage Tip:
• Ensure the input voltage is within the specified range and higher than the desired output voltage. If the output voltage equals the input voltage, turn the potentiometer until the value changes. Note that the potentiometer can typically be turned around 20-40 times to cover its full range of adjustment.
• Caution:
• Be cautious when working with higher output voltages and currents. Avoid applying voltages beyond the module's maximum input range. Adequately dissipate heat if operating at higher output currents to prevent overheating. Handle the module carefully to avoid short circuits or component damage.