AEE00CC48-M

10 Watt Medical Isolated DC-DC Converters; ·- 4200VAC reinforced Insulation\n·- Insulation rated for 300VAC Working Voltage\n·- Medical Safety to UL/CSA/EN/IEC\n·- 60601-1 3rd Edition\n·- 2 MOOP rated\n·- Wide 2:1 Input Voltage Range\n·- Fully regulated Output Voltage\n·- Low Leakage Current\n·- Operating Temp. Range –40°C to 75 °C\n·- Input Filter meets EN 55022, class A and FCC, level A\n·- Overload Protection\n·- 2”x 1” Plastic Package\n·- 3 Years Product Warranty\n;

The AEE10W-M series of 10 watt isolated DC-DC converters are designed for demanding instrumentation applications that require supplementary or reinforced insulation to comply with stringent industrial or medical safety standards.These converters feature low leakage current and a reinforced insulation system –critical for medical equipment applications – rated for 300 VAC working voltage and 4,200 VACrms input/output isolation. They comply with the UL/CSA/EN/IEC 60601-1 medical safety standard and are rated for 2X means of operator protection (MOOP).AEE10W-M series single and dual output converters cover input voltages from 9 to 75 Vdc, with three 2:1 input voltage ranges of 9–18 V, 18–36 V and 36–75 V. Each of the three input voltage categories offers a choice of two models, which produce a fully regulated 5 V or 12 V output. Rated at 10 watts, the converters have an operating temperature range of -40 to 85˚C, with full power available up to 60˚C. Typical efficiency is 82%.The converters are fully encapsulated in an industry-standard 2 x1 inch (50.8 x 25.4 mm) low profile aluminum case. Standard features include latching overvoltage and overtemperature protection, with hiccup mode overcurrent and short-circuit protection. All AEE10W-M series converters use 150 kHz fixed frequency switching and comply with EN 55022 class A and FCClevel A standards for conducted and radiated EMI.\n

AEE00CC48-M

4200 VAC reinforced Insulation

AEE00CC48

10Watts

ElectricalSpecs Input Inputrange18to36VDC 36to72VDC Efficiency79typical(±5V) Output Voltagetolerance±1.0 Overallregulation±1max Noise/