DC-DC Buck Converter Module (LM2596 / MP1584)

(0 reviews)
NZ$5.50

A DC-DC buck converter steps a higher DC voltage down to a lower one efficiently, letting a 12V or 24V supply run 5V or 3.3V electronics without wasting power as heat.

Specifications

  • LM2596 (adjustable, ~3A) or MP1584 (compact, ~3A) variants
  • Input typically 4-35V, output adjustable 1.25-30V
  • Efficiency commonly 85-92%
  • Trimmer potentiometer sets the output voltage
  • Some versions include a voltage display
  • Set the output before connecting a load

What you can build with the DC-DC Buck Converter Module (LM2596 / MP1584)

  • Running 5V electronics from a 12V battery
  • Solar and off-grid power stages
  • Vehicle and caravan projects
  • Powering a Raspberry Pi from a higher-voltage supply
  • LED strip supplies at a set voltage

Compatibility

Works with any project needing a regulated DC rail — Arduino, ESP32, Raspberry Pi and Pico. Far more efficient than a linear regulator, which turns the voltage difference into heat. Always set the output voltage with a multimeter before connecting the load.

Shipping

Dispatched from New Zealand with courier delivery nationwide, including rural addresses. Prices are in New Zealand dollars.

Availability: Sold out

A DC-DC buck converter steps a higher DC voltage down to a lower one efficiently, letting a 12V or 24V supply run 5V or 3.3V electronics without wasting power as heat.

Specifications

  • LM2596 (adjustable, ~3A) or MP1584 (compact, ~3A) variants
  • Input typically 4-35V, output adjustable 1.25-30V
  • Efficiency commonly 85-92%
  • Trimmer potentiometer sets the output voltage
  • Some versions include a voltage display
  • Set the output before connecting a load

What you can build with the DC-DC Buck Converter Module (LM2596 / MP1584)

  • Running 5V electronics from a 12V battery
  • Solar and off-grid power stages
  • Vehicle and caravan projects
  • Powering a Raspberry Pi from a higher-voltage supply
  • LED strip supplies at a set voltage

Compatibility

Works with any project needing a regulated DC rail — Arduino, ESP32, Raspberry Pi and Pico. Far more efficient than a linear regulator, which turns the voltage difference into heat. Always set the output voltage with a multimeter before connecting the load.

Shipping

Dispatched from New Zealand with courier delivery nationwide, including rural addresses. Prices are in New Zealand dollars.