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Raise Low Input Voltage with Pololu 24V Step-Up Voltage Regulator U3V50F24

The Pololu 24V Step-Up Voltage Regulator U3V50F24 boosts a lower DC input up to a regulated output, making it useful when your source voltage falls below the level your load needs.

It works well in battery builds, portable electronics, and small robots where input voltage can sag over time.

Important: Choose a regulator based on your full input-voltage range, startup current, thermal limits, and required headroom. Real output current depends on input voltage, airflow, and temperature.

Why you'll love it

  • Input range: 12.9V to 50V (minimum depends on dropout vs load)
  • Output: 12V with 4% accuracy
  • Current capability: listed typical max output current is 2.4A at 36V in ; continuous current depends on VIN and thermal dissipation
  • Typical efficiency 90–95% (VIN/load dependent)
  • Switching frequency ~ 500kHz under heavy loads
  • Power-save mode keeps operation ultrasonic (>20kHz) while improving light-load efficiency

What you can build

Useful for battery projects, portable devices, LED systems, and electronics that need a higher rail from a lower source voltage.

Compare regulator options

Model Topology Output Max current
U3V16F12 Boost 12 V
U3V40F12 Boost 12 V
U3V70F12 Boost 12 V
U3V16F5 Boost 5 V
U3V40F5 Boost 5 V
U3V70F5 Boost 5 V
U3V50F24 Boost 24 V

Technical specifications

Product Pololu 24V Step-Up Voltage Regulator U3V50F24
Brand Pololu
Model U3V50F24
Category DC-DC Step-Up Regulator
Topology Step-Up (Boost)
Output Voltage 24 V
Support Official Pololu product search and support resources linked below

Official resources

Find this product on Pololu | Pololu support and resources

What’s in the box

1 × Pololu 24V Step-Up Voltage Regulator U3V50F24

Frequently Asked Questions

Can I power a microcontroller with this?
Yes, if the regulator’s output voltage and current match your controller and all attached loads.
Will it run cool at full load?
It depends on input voltage, airflow, and load current. Check thermal limits in the official Pololu resources.
Is this better than a linear regulator?
For many builds, yes. Switching regulators are usually more efficient and waste less heat.

Build with this board

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Notes from the bench

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Ask the community

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