Wide input, 3 Amp POL has a tiny 3 x 3mm footprint

Wide input, 3 Amp POL has a tiny 3 x 3mm footprint News Image
RECOM announces the launch of the RPL-3.0, an ultra-compact, low cost, LGA point of load converter with wide-range input and adjustable output.

RECOM has taken its ‘3D Power Packaging®’ concept to a higher level with the launch of the RPL-3.0, a tiny, high efficiency point of load converter rated at 3 amps, with wide input range from 4V to 18V and adjustable output from 0.8V to 5.2V. The 10-pad thermally-enhanced LGA device incorporates an integrated inductor and substrate-embedded control IC, all in a 3 x 3mm footprint with a profile of 1.45mm. The RPL-3.0 features full functionality with tight voltage regulation, comprehensive protection, output voltage sensing, on/off control, and a power good signal. Just input/output capacitors and voltage setting resistors are required for a complete PoL solution for operation up to 120°C with suitable derating.

The RPL-3.0 is ideally suited for distributed power architectures, portable equipment, imaging systems, and general telecom/industrial applications where high current and high power density are important. An evaluation board RPL-3.0-EVM-1 is available to demonstrate the device performance in customers’ applications.

Matthew Dauterive, RECOM DC/DC product manager comments “With its three-amp rating, wide input and output range and tiny footprint, our new RPL-3.0 point of load converter achieves performance that can’t be matched by a discrete solution in the same space. The product supports our motto of ‘RECOM for’ – highest power density”.
Applications
  Series
1 DC/DC, 15.0 W, Single Output, SMD (pinless) RPL-3.0 Series
Focus
  • Wide input range (4 - 18V)
  • Low profile 1.45mm
  • Small footprint 3x3mm
  • Adjustable output 0.8 to 5.2V
2 DC/DC, 15.0 W, Single Output RPL-3.0-EVM-1 Series
Focus
  • Evaluation platform for RPL-3.0 Buck Regulator Module
  • Thermal design considerations included
  • EMI Class A filter
  • Easy evaluation of output voltage selection, control, power good and sensing functions