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content/Hardware Support/Nano Family/Supply-USB-power-via-the-VUSB-VBUS-or-5V-pin-on-Nano-boards.md

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@@ -7,9 +7,9 @@ Many Arduino Nano boards are powered by 3.3 V but include a dedicated pin—labe
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In this article:
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* [Before you begin](#before-you-begin)
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* [Solder VUSB jumper pads (if required)](#solder-vusb-jumper-pads)
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* [Use the VUSB or VBUS Pin](#use-the-vusb-or-vbus-pin)
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- [Before you begin](#before-you-begin)
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- [Requirements for supported boards](#requirements-for-supported-boards)
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- [Solder VUSB jumper pads if required](#solder-vusb-jumper-pads)
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> [!WARNING]
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> Do not connect the VUSB/VBUS/5V pin to any of the other pins on the board.
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* The VUSB/VBUS/5V pin outputs power directly from the USB connector when enabled.
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* Power from the USB supply can range from 4.4 V to 5.5 V, per USB specifications.
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* Do not connect the VUSB/VBUS/5V pin to any of the other pins on the board. Supplying 5 V to other pins can permanently damage the board.
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- The VUSB/VBUS/5V pin outputs power directly from the USB connector when enabled.
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- Power from the USB supply can range from 4.4 V to 5.5 V, per USB specifications.
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- Do not connect the VUSB/VBUS/5V pin to any of the other pins on the board. Supplying 5 V to other pins can permanently damage the board.
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## Requirements for supported boards
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There are two main requirements for using the "VUSB" pin:
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* The board must be powered via USB. If you power the board through other means—such as a battery connected to Vin or a 3.3 V supply—the pin will not output anything.
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* On some boards, the VUSB line must be enabled by connecting a pair of jumper pads.
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- The board must be powered via USB. If you power the board through other means—such as a battery connected to Vin or a 3.3 V supply—the pin will not output anything.
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- On some boards, the VUSB line must be enabled by connecting a pair of jumper pads.
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The table below summarizes which Nano boards support 5 V output, what the output pin is called, and whether any action is required to enable it.
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