REC10-1215SRW/H2/A/M

Product Overview

The Recom Power REC10-1215SRW/H2/A/M is a board-mount isolated DC-DC converter in the ECONOLINE REC10 10 W series. It provides a single 15 V output from a 9 V to 18 V input, with a maximum output current of 667 mA and a power rating of 10 W. The module includes 2 kV isolation, remote on/off control with an active-high enable function, OCP, and SCP. Its through-hole 24-DIP module package with 9 leads supports mounting on printed circuit boards, and the converter operates from -40°C to 75°C with an efficiency of 86%. The 32.0 mm x 20.3 mm x 10.2 mm size allows integration into commercial information technology equipment power subsystems where an isolated 15 V rail is required.

Key Features

• Single isolated 15 V output with up to 667 mA and 10 W rated power from a 9 V to 18 V input.
• 2 kV isolation supports separation between input and output in board-mounted designs.
• Remote on/off control with active-high enable allows output switching under system control.
• OCP and SCP are included as device features.
• Through-hole 24-DIP module package with 9 leads, measuring 32.0 mm x 20.3 mm x 10.2 mm.
• Operating temperature range of -40°C to 75°C and efficiency of 86%.

Applications

• Isolated 15 V board-level rail for commercial information technology equipment.
• Galvanically separated 15 V supply for loads powered from a 9 V to 18 V input bus.
• Remotely controlled isolated power rail in distributed board-level power architectures.

Design & Procurement Notes

Design considerations should account for the 9 V to 18 V input range, 15 V output, and 667 mA maximum output current when defining board connections and power distribution. The 2 kV isolation rating and through-hole 24-DIP 9-lead package affect PCB layout and mechanical mounting. The active-high enable control feature should be integrated with system power sequencing, while OCP and SCP should be considered against the intended load behavior. The -40°C to 75°C operating range and 86% efficiency support thermal and power-loss calculations for board-level integration in commercial information technology equipment.