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TP5000 Lipo charging module

Price:

GH¢ 19.00


                           info@hub360.cc     059 676 4151


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    TP5000 Lipo charging module

    https://gh.hub360.cc/web/image/product.template/16827/image_1920?unique=5d08239
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    GH¢ 19.00 19.0 GHS GH¢ 19.00

    ₦ 2,300.00

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    The TP5000 Lipo charging module is a compact, high-efficiency module designed to charge both 3.7V lithium-ion and 3.2V lithium iron phosphate (LiFePOâ‚„) batteries. It supports a selectable charging voltage of 4.2V or 3.6V, adjustable via a simple solder pad configuration.

    Features:

    • Supports charging of both Lithium-ion and LiFePOâ‚„ batteries
    • Auto cutoff when charging completes, protecting the battery from overcharge
    • Selectable output voltage(4.2V for Li-ion, 3.6V for LiFePOâ‚„) via solder jumper
    • Dual LED charge indicators(Red for charging, Green for full)
    • Compact design, suitable for integration into DIY electronics projects
    • Performance version supports up to 2A fast charging
    • User-configurable charge current via resistor.

    Specifications:

    • Supported Battery Types:
      • 7V Lithium-ion (4.2V full charge)
      • 2V LiFePOâ‚„ (3.6V full charge)
    • Charge Voltage:2V / 3.6V (selectable via solder pad)
    • Voltage Accuracy:±1%
    • Charging Current:
      • Default: 1A
      • Max: 2A (adjustable by changing sampling resistor using formula: 0.1V / R = Current)
    • Input Voltage:5V – 9V (recommended 5V – 6V; must not exceed 9V)
    • Charging Indicator:
      • Red LED: Charging
      • Green LED: Fully Charged (requires manual soldering of indicator LED)
    • Charging Method:Auto cut-off when fully charged.

     Applications:

    1. DIY Battery Charging Projects: Ideal for hobbyists and makers building custom lithium or LiFePOâ‚„ battery chargers.
    2. Rechargeable Battery Packs: Can be integrated into portable power banks, flashlight packs, or handheld tools that use 3.7V Li-ion or 3.2V LiFePOâ‚„ cells.
    3. Embedded Electronics: Suitable for microcontroller-based systems (Arduino, ESP32, etc.) where compact and reliable battery charging is needed.
    4. Battery Maintenance in IoT Devices: Useful for IoT nodes or sensors that require rechargeable battery support with automatic charge management.
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