Universal input AC-DC Medical and ITE application open frame
internal switching convection-cooled power supplies
72 Watts green power single output HICM76G series
Features
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4x 2 inch Compact size
Energy efficiency Level VI
Convection cooling
Up to 90% high efficiency
-25°C to +70°C wide operating temperature
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PCB and Box format optional
Medical and ITE application
Class I and Class II applications
In application
Specification
Input
General
Input Voltage
Input Frequency
Input Current
90-264VAC
Efficiency
Typical 90% (depending on model)
65KHz
47-63Hz
Switching Frequency
Dielectric Withstand
Circuit Topology
Transient Response
Typical 1A at 115VAC
Typical 0.5A at 230VAC
Typical 14.6A rms at 230VAC
V-M connector
IEC60601-1 & IEC60950-1
Fixed Frequency flyback circuit
Output voltage returns in less than
1mS following a 25% load change
7.13W/ Cubic Inch
Inrush Current
Input Connector
Earth Leakage CurrentLess than 0.25mA
Power Density
Construction
Enclosure Leakage
No-load Power
Less than 0.1mA
PCB and Box format optional
Less than 0.26 Watts
Environmental
Operating Temperature
-25°C to +70°C derate from 100%
load at +50°C to 60% at +70°C
-25°C to +85°C
Output
Output Connector
Line Regulation
Load Regulation
Total Regulation
Noise & Ripple
Adjustability
Molex connector or equivalent
Typical 0.1%
(Refer to derating chart)
Storage Temperature
Cooling
Typical ±1%
Convection Cooling
5000m
Typical ±1.5%
Operating Altitude
Operating Humidity
Storage Humidity
Typical 1.0% peak to peak
Not available
10-95% RH, non-condensing
5-95% RH
Hold-up Time
Typical 18mS at 115VAC
Safety/EMC
Typical 92mS at 230VAC
Emissions (conducted)
CISPR EN55011/22 Class B
Safety Standard
IEC60601-1 Class I and Class II
IEC60950-1 Class I and Class II
Protection
Over Voltage
Built-in at (Latch)
Over Load
Typical 125-140% of rating load
Notes:
(1) All measurements are at nominal input, full load, and +25°C unless otherwise specified.
(2) Load regulation is measured at 115VAC or 230VAC in percentage to indicate the change in output voltage as the load varied from half load to full load (±%).
(3) The power supply is considered a component installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives.
(4) Due to requests in market and advances in technology, specifications subject to change without notice.
(5) For the detail of safety approval, please consult the factory.