IN Brief:
- Advanced Energy has launched a 200W open-frame AC-DC series built around a 2 x 4 inch footprint and 33W/in3 power density.
- The LPP200 combines Type BF medical approval with EN/IEC/cUL62368-1 coverage, alongside EMI and EMC performance aimed at patient-adjacent and industrial equipment.
- With universal AC input, 12V to 48V outputs, and 90% typical efficiency, the range is aimed at thinner monitors, pumps, displays, and control platforms.
Advanced Energy has launched the LPP200, a 200W ultra-low-profile AC-DC power supply series aimed at medical and industrial equipment where enclosure height is becoming as critical as output power. At 0.75 inches, or 19mm, the new open-frame units are designed for systems such as patient monitors, infusion pumps, displays, and compact industrial electronics that need more power without giving up board space or airflow margin.
The mechanical proposition is straightforward, but important. A 2 x 4 x 0.75 inch footprint puts the LPP200 into the part of the market where power architecture increasingly has to disappear inside slimmer housings, denser subsystems, and tighter thermal budgets. Advanced Energy is quoting 33W/in3 power density, with nominal output options spanning 12V, 24V, and 48V. The series accepts a universal 85V to 264V AC input, delivers up to 200W with airflow, and posts typical efficiency of 90%, which matters when every wasted watt has to be dealt with inside a sealed or compact chassis.
The more consequential detail is the approvals mix. LPP200 is certified to EN/IEC/cUL60601-1 and is intended for Type BF medical applications, which places it in the conversation for equipment operating close to the patient rather than sitting further back in the cart or cabinet. It also carries EN/IEC/cUL62368-1 certification for ITE and industrial use, giving OEMs a route to standardise around one compact supply family across multiple product lines. Advanced Energy is also positioning the range around EMI Class B performance and compliance with IEC/EN60601-1-2 4th edition, a point that becomes harder to ignore as medical and embedded systems pack in more data handling, automation, and electrically noisy subsystems.
That broader design pressure is not limited to clinical equipment. Industrial HMI terminals, embedded compute nodes, and compact instrumentation increasingly face the same constraint set: shallow housings, mixed-signal electronics, and little appetite for a late-stage EMC problem. In that sense, the LPP200 is less a niche medical part than a crossover platform, one that borrows the tighter safety and emissions discipline of medtech and carries it into industrial hardware.
Advanced Energy said the LPP family was developed for smaller medical and industrial systems where space is at a premium. The timing fits. Power supply launches in this class are no longer just about wattage or efficiency in isolation; they are about whether a design team can protect thermal headroom, preserve compliance, and still keep the product thin enough to meet the mechanical brief. That is where this series is trying to land.
