Hi-Link DC-DC Module Step Up 24V to 15V 400mA 6W Single Output

Regular price
4,25 €
Sale price
4,25 €
Regular price
4,25 €
Sold out
Unit price
Quantity must be 1 or more

URB2415YMD-6WR3 is a compact dc-dc power module designed for versatile 9–36 V input networks. It converts a broad input range to a single regulated 15 V output delivering up to 400 mA. With galvanic isolation between input and output, this module provides clean, reliable power for sensitive digital and analog circuits in rugged industrial environments.

Key Features

  • Input range 9–36 V
  • Output 15 V single rail
  • Output current 0.4 A continuous
  • Isolation galvanic isolation between input and output
  • Package URB2415YMD-6WR3 footprint aligned with URB_YMD family
  • Protection overcurrent and short-circuit protection; thermal considerations per datasheet
  • EMC vendor recommended external filtering to meet ripple and noise targets

Electrical Specifications (Typical)

Parameter Value Notes
Input voltage 9–36 V Wide-range input
Output voltage 15 V Single rail
Output current 0.4 A Continuous
Isolation Yes Galvanic isolation between input and output
Operating temp -40°C to 85°C Ambient range; may vary by application

Mechanical and Pinout (Representative)

Fixed pinout with a consistent footprint across URB_YMD family. See the datasheet or actual product label for exact pin definitions.

Notes on EMC and Filtering

Follow vendor recommendations for external EMC filtering to meet ripple and noise targets. Typical guidance includes appropriate capacitors and inductors on the input stage for the single rail configuration.

Usage Guidance

Use with proper input filtering, observe minimum load requirements for stable operation, and ensure total external capacitance does not exceed the recommended limits. Mechanical mounting should adhere to the provided footprint for reliability.

Documentation and Resources

Consult URB_YMD family datasheets and application notes for full electrical and mechanical details, including pin definitions, thermal considerations, and recommended test circuits.

Go to full site