I am using a single battery babysitter to power a Raspberry Pi. Unfortunately the Pi along with some external sensors and devices seems to be drawing too much power. I am experiencing brown outs. I would like to put two battery babysitters in series to increase the voltage and hopefully get around the low voltage brown outs I am experiencing. Is it possible to put two of the battery babysitters in series? The required power needed to drive the Pi successfully would be 5v at 2A. There is a power management HAT between the battery babysitter and the Pi which takes 5-30v and steps down to the required 5v for the Pi.
No, they max @ 6.4v or so…you should try using a mean-well power supply, adding capacitors, or if you’re feeling really froggy you could run 2 stepdowns/fully separate circuits
xtro:
I am using a single battery babysitter to power a Raspberry Pi. Unfortunately the Pi along with some external sensors and devices seems to be drawing too much power. I am experiencing brown outs. I would like to put two battery babysitters in series to increase the voltage and hopefully get around the low voltage brown outs I am experiencing. Is it possible to put two of the battery babysitters in series? The required power needed to drive the Pi successfully would be 5v at 2A. There is a power management HAT between the battery babysitter and the Pi which takes 5-30v and steps down to the required 5v for the Pi.
Is the Battery Babysitter can power and charge the battery at the same time when the power source is connected ? I’m looking for a board that will use the battery only if it’s necessary.
Anna5MM:
xtro:
I am using a single battery babysitter to power a Raspberry Pi. Unfortunately the Pi along with some external sensors and devices seems to be drawing too much power. I am experiencing brown outs. I would like to put two battery babysitters in series to increase the voltage and hopefully get around the low voltage brown outs I am experiencing. Is it possible to put two of the battery babysitters in series? The required power needed to drive the Pi successfully would be 5v at 2A. There is a power management HAT between the battery babysitter and the Pi which takes 5-30v and steps down to the required 5v for the Pi. [OneWalmart GTA Portal
[/quote]Is the Battery Babysitter can power and charge the battery at the same time when the power source is connected ? I’m looking for a board that will use the battery only if it’s necessary.
[/quote]I hope this information is work for you.](https://www.gta-portal.com/)