★ Free US shipping over $99Real stock, ships next business dayVoron · ERCF · Ender · Milo · Stinger · Printers for AntsThe Sale is on — real markdowns, honest pricesdfh.fm — for makers
XL6009E1 adjustable DC-DC boost converter module with inductor, trim potentiometer, and input/output pads

XL6009E1 Step-Up Adjustable DC-DC Switching Boost Converter

$2.49
1

More payment options at checkout

Adjustable XL6009E1 boost converter module for stepping a low-voltage DC rail up to a higher DC output. This compact board uses an XLSEMI XL6009E1 switching regulator with a multi-turn trimpot, screw-terminal-style input/output pads, and a large inductor for small electronics and printer accessory power experiments.

Why this over a fixed power supply

  • Adjustable output: set the output with the onboard 25-turn potentiometer instead of being locked to one voltage.
  • Boost-only behavior: useful when your output voltage needs to be higher than the input rail.
  • Small module format: approximately 43 × 21 × 14 mm, so it fits easily in electronics bays and bench wiring setups.

Specifications

  • Regulator IC: XLSEMI XL6009E1
  • Converter type: non-isolated DC-DC step-up / boost
  • Input voltage: 5–32 V DC
  • Adjustable output: up to 35 V DC, output must be higher than input
  • Switching frequency: 400 kHz
  • Rated module output current: up to 4 A, depending on input voltage, output voltage, cooling, and load
  • Adjustment: onboard multi-turn trimpot

Use cases

  • Boosting a 5 V, 12 V, or 24 V DC rail for small electronics, LEDs, fans, sensors, and bench projects.
  • Printer accessory experiments where a compact adjustable DC rail is more useful than a full enclosed supply.
  • If you need a fixed main printer PSU instead of a boost module, see the Mean Well LRS-35-5 or the larger Mean Well LRS-350-24.

Gotchas

  • This is not a buck converter: it will not step voltage down.
  • Do not treat the headline current as continuous current at every voltage ratio. Higher boost ratios reduce usable output current and may require airflow or heatsinking.
  • Set and verify the output voltage with a multimeter before connecting sensitive electronics.