Raspberry Pi Power HAT v2 – Assembled
$24.95
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The Raspberry Pi Power HAT is an easy to use DC power converter for your Raspberry Pi! This board will take 7-16VDC and output 5V @ 3A to the Raspberry Pi by way of the GPIO header – a compact way to power your Pi.
Out of Stock - Available on Backorder
Description
Need a simple way to power a Raspberry Pi from a DC source? This Raspberry Pi Power HAT solves this problem! Onboard is a fused and reverse polarity protected DC input coupled to a beefy 3A 5V DC/DC converter. Connected to a 12V automotive battery, this board is happy running the Pi under heavy load all day long.
To make this board even more useful, we have also included two SparkFun Qwiic / Adafruit STEMMA QT connectors – this is an easy-connect system for I2C sensors, actuators, shields using pre-built cables that make prototyping faster and less prone to error. Add sensors and further expand your Pi’s monitoring and control capabilities as you need, with no soldering required.
This version is fully assembled – no soldering required. Just hook it up and you are good to go! The board is compatible with all “A” and “B” versions of the Raspberry Pi (Pi A+, B+, 2, 3, 3A+, 3B+, and Pi 4)
Features
- Two STEMMA QT / Qwiic connectors
- 5V 3A Output to power Raspberry Pi
- Dimensions: 65 x 56mm
- Recommended Input: 7 - 16VDC
- Separate onboard 3.3V Regulator for Qwiic / STEMMA QT Bus
- Maximum Regulator Input: 36VDC
Package Contents
- 1 x Raspberry Pi Power HAT v2 - Assembled
Tutorial
Product Tutorial: https://bc-robotics.com/tutorials/getting-started-power-hats/Warranty Policy
This product has a 30 Day Warranty from the date of delivery. The item must not be modified, abused, incorrectly hooked up, or used for purposes outside the original scope of design.
Return Policy
This product is returnable Within 14 Days of delivery for a store credit. Item must be unopened, unused, and in re-saleable condition.
More Information:
For more information on our Warranty and Return Policies, please consult our Terms of ServiceComments
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Paul Marfell –
Though the recommended input is 7 – 16V the Max Reg Voltage is listed as 36V. Does this mean that it would work with an input of 24V from a 3D printer PSU, and, if so, would it have a reasonable lifespan? This seems like a neater solution than bodged USB cables and buck converters.
Chris @ BCR –
Hey Paul,
While the regulator is rated to 36V, this chip does get quite hot as you cross over 20V input at higher loads (greater than 1.5A continuous). If you were to address the heating, change / disable the PWR LED (it cant tolerate much more than ~18V with the current limiting resistor in place), and use it with a fairly stable input (the input cap is only rated to 35V) you could go over the 16V recommendation. Let us know if you have any additional questions!