MB60 Product Family: Medical Grade 60 W Internal AC/DC Power Supply
SL POWER / Advanced Energy's rich 60 W medical grade power conversion solution for medical applications that save and sustain lives
SL POWER / Advanced Energy MB60 product family reliably and efficiently provides up to 60 W of power in a compact 2” x 3” x 1” package. This demonstrates exceptional power density that is 25% higher than other 2" x 3" products on the market.
Fully compliant with the applicable safety and EMC standards, these models enable seamless integration into many medical applications including patient monitoring and surgical and home healthcare equipment. All six models are CE marked to the low voltage directive and approved to IEC60601-1 3rd edition medical standards with 2 x MOPP.
The MB60 can operate through a wide temperature range of -10°C to +80°C and does not require a heating element to turn on at -40°C. This greatly increases efficiency and significantly lowers cost. In addition, these models deliver 40 W at +70°C, which demonstrates an exceptional derating trend.
- 60 W convection cooled
- 25% higher power than other 2" x 3" products
- 6.67 W/in3 power density at +70°C
- Ultra-small size of 2” x 3” x 1”; ideal for 1U applications
- Universal input 90 VAC to 264 VAC
- Approved to medical standards of IEC60601-1 3rd edition with 2 x MOPP
- Wide temperature range of -10°C to +80°C
- Level V efficiency compliant models
- Does not require a heating element for -40°C start
- Class I and Class ll input variations
- Optional power ON LED
- RoHS compliant
- To deliver 40 W at 70°C, most systems require an SOW power supply in a bigger size with higher cost
- Possible reduction in size by 25% for end-application
- Requiring a heating element can be costly and requires wasted space; the MB60 provides the end-application cost and space savings
- One of the most significant advantages of MB60 is that it can deliver 40 W power at +70°C
- On the other extreme temperature range, it is the -40°C startup feature of the MB60 that can save $2 to $10 in reduction of a heating element. This is not just a cost savings, it is also an overall increase in efficiency for the end-application

