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  1. Parts
  2. /Power
  3. /Power Management

Adafruit PowerBoost 500 Shield - Rechargeable 5V Power Shield

OverviewPinoutWiringRelated groups
Adafruit PowerBoost 500 Shield - Rechargeable 5V Power Shield — Adafruit — 2078

What's a project if it's trapped on your desk? Now you can take your Arduino anywhere you wish with the PowerBoost shield! This stackable shield goes onto your Arduino and provides a slim rechargeable power pack, with a built in battery charger as well as DC/DC booster.

Offers

  • Adafruit

Offers

  • Adafruit

Pinout

  • 5V output

    Boosted shield output rail for Arduino, Adafruit Learn states the boost section takes 3-4V LiIon/LiPoly input and boosts it to 5.2V before a Schottky diode drops it to about 5V.

    Type · powerVoltage · about 5V output, can dip to 4.8V over 1A; 500mA fuse on boost output
  • GND

    Ground reference for the PowerBoost shield and stacked Arduino.

    Type · groundVoltage · 0V
  • BAT / JST battery input

    LiIon/LiPoly battery input via the shield battery connector; Learn describes 3-4VDC input from the battery into the boost section.

    Type · powerVoltage · 3-4VDC LiIon/LiPoly battery input
  • Micro USB charge input

    Micro USB connector used to charge the battery; Adafruit Learn says plugging Arduino USB will not charge the battery and the shield microUSB charge rate is up to 500mA.

    Type · powerVoltage · USB 5V charge input, up to 500mA charge rate
  • Power switch pads

    Optional booster enable switch connection. Learn states a custom switch can be soldered to the middle pin and the pin right below it; the switch carries signal, not power.

Start wiring

Analog · about 5V output, can dip to 4.8V over 1A; 500mA fuse on boost output · 0V

Verify supply voltage and logic levels before powering up.

Module pins: 5V output, BAT / JST battery input, Micro USB charge input, GND, Battery monitor solder jumper. Schematik maps them to your board in the app.

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Power

Compare wall adapters, buck regulators, buck-boost boards, USB-C PD barrel adapters and passive cables before treating them as interchangeable power supplies.

Power · Power supplies & regulators · 24 parts

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9V Battery Holder visual preview
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Batteries

Choose batteries, holders, adapters and boost boards without mixing voltage class, chemistry, connector polarity, charging method or current delivery.

Power · Batteries · 21 parts

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Connectors

Sort passive connector adapters from Qwiic boards, LCD modules and microSD card adapters before assuming anything with the right plug will substitute safely.

Connectors & cables · Connectors · 28 parts

RGB backlight positive LCD 16x2 visual preview
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Displays

Character LCDs, SPI TFTs, e-paper modules and larger capacitive-touch TFT panels solve different display jobs. Treat display class, interface, controller, resolution, touch, refresh behaviour, storage, voltage and mounting as separate swap checks.

Displays · TFT & LCD displays · 35 parts

Parts tray full · 5 max · remove a part to add another
Type · controlVoltage · signal-level enable switch, any voltage/current switch rating is fine per source
  • Battery monitor solder jumper

    Solder jumper that can route battery voltage to one Arduino analogue input for monitoring low battery ahead of time.

    Type · analogVoltage · battery voltage sense from LiIon/LiPoly pack
  • +5V LED

    Blue indicator LED showing the booster is running.

    Type · indicator
  • LOW LED

    Red indicator LED showing the LiPoly battery is at 3.2V or lower and may need recharge or replacement.

    Type · indicatorVoltage · low-battery indication at 3.2V or lower
  • CHG LED

    Yellow charge-status LED next to the microUSB jack; on means charging.

    Type · indicator
  • DONE LED

    Green charge-status LED next to the microUSB jack; on means battery is full.

    Type · indicator
  • PinPositionTypeFunctionVoltage
    5V outputpowerBoosted shield output rail for Arduino, Adafruit Learn states the boost section takes 3-4V LiIon/LiPoly input and boosts it to 5.2V before a Schottky diode drops it to about 5V.about 5V output, can dip to 4.8V over 1A; 500mA fuse on boost output
    GNDgroundGround reference for the PowerBoost shield and stacked Arduino.0V
    BAT / JST battery inputpowerLiIon/LiPoly battery input via the shield battery connector; Learn describes 3-4VDC input from the battery into the boost section.3-4VDC LiIon/LiPoly battery input
    Micro USB charge inputpowerMicro USB connector used to charge the battery; Adafruit Learn says plugging Arduino USB will not charge the battery and the shield microUSB charge rate is up to 500mA.USB 5V charge input, up to 500mA charge rate
    Power switch padscontrolOptional booster enable switch connection. Learn states a custom switch can be soldered to the middle pin and the pin right below it; the switch carries signal, not power.signal-level enable switch, any voltage/current switch rating is fine per source
    Battery monitor solder jumperanalogSolder jumper that can route battery voltage to one Arduino analogue input for monitoring low battery ahead of time.battery voltage sense from LiIon/LiPoly pack
    +5V LEDindicatorBlue indicator LED showing the booster is running.
    LOW LEDindicatorRed indicator LED showing the LiPoly battery is at 3.2V or lower and may need recharge or replacement.low-battery indication at 3.2V or lower
    CHG LEDindicatorYellow charge-status LED next to the microUSB jack; on means charging.
    DONE LEDindicatorGreen charge-status LED next to the microUSB jack; on means battery is full.