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The MT3608 Step-Up Module is a compact and efficient voltage converter designed to boost input voltages to a higher output voltage. With its high conversion efficiency and wide input voltage range, it is ideal for various applications requiring a higher voltage supply. The module features adjustable output voltage, over-current protection, and compact size, making it suitable for portable electronic projects. It is commonly used to power devices such as LED displays, sensors, and other components that require a higher voltage than the input source.

      MT3608 Step up Module

      SKU: 147
      ₹80.00 Regular Price
      ₹50.00Sale Price
      • Specification

        • Input Voltage Range: 2V to 24V DC
        • Output Voltage Range: Adjustable, typically 2V to 28V DC
        • Conversion Efficiency: Up to 93%
        • Maximum Output Current: 2A (with proper heat dissipation)
        • Over-Current Protection: Built-in protection circuitry to safeguard against excessive currents
        • Switching Frequency: 1.2MHz
        • Dimensions: Varies depending on the specific module design

        Usage

        • Identify the input voltage range required for your application (e.g., 2V to 24V).
        • Connect the positive (+) terminal of your power source to the VIN+ terminal of the Step-Up Module.
        • Connect the negative (-) terminal of your power source to the GND terminal of the module.
        • Adjust the output voltage to the desired level using the onboard potentiometer (clockwise to increase, counterclockwise to decrease).
        • Connect the positive (+) terminal of your load device to the VOUT+ terminal of the module.
        • Connect the negative (-) terminal of your load device to the GND terminal of the module.
        • Ensure proper wiring and connections for a reliable power supply.
        • Confirm that the input voltage is within the specified range and the output voltage matches your desired level.
        • Test the functionality of your load device, ensuring it operates correctly with the boosted output voltage.
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