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    Power 3.3/5V Supply Module For MB 102 Breadboard

    ₦ 2,000

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    Description

    The Breadboard Power Supply Module is designed to provide a stable and adjustable voltage supply for breadboard-based projects. This module plugs directly into a standard breadboard and can supply power to both the power rails, making prototyping and testing electronic circuits easier and more efficient.

    Key Features:

    • Adjustable output voltage: 3.3V and 5V
    • Dual output channels for breadboard power rails
    • Compact and easy to use
    • Overcurrent protection
    • On/Off switch
    • Power indicator LEDs
    • Input power via USB or DC barrel jack

    Technical Specifications:

    • Input Voltage: 6.5V to 12V (via DC barrel jack) or 5V (via USB)
    • Output Voltage: 3.3V and 5V
    • Output Current: Up to 700mA
    • Power Output: Dual output channels for breadboard rails
    • Connectors: USB Type-A, DC barrel jack, and breadboard pins
    • Dimensions: Typically around 53mm x 35mm x 15mm
    • Operating Temperature Range: -40°C to +85°C

    Applications:

    • Breadboard prototyping
    • Educational projects
    • DIY electronics
    • Power supply for small microcontroller projects
    • Testing and debugging circuits

    Usage:

    1. Power Input: Connect the module to a power source using either the DC barrel jack (6.5V to 12V) or the USB port (5V).
    2. Breadboard Connection: Plug the module into the breadboard, ensuring the pins align with the breadboard power rails.
    3. Voltage Selection: Use the onboard jumper to select the desired output voltage (3.3V or 5V) for each channel.
    4. Power On: Switch the module on using the onboard switch. The power indicator LEDs will light up to indicate active power rails.
    5. Circuit Connection: Connect your circuit components to the breadboard, making use of the supplied voltage rails for power.

    Caution:

    • Ensure correct orientation when plugging the module into the breadboard to avoid short circuits.
    • Verify the input voltage and connections before powering on the module.
    • Do not exceed the maximum output current to prevent overheating and potential damage.
    • Follow the manufacturer’s guidelines for safe operation.