AGM050  50W Medical Desktop Adapter

 

Features

*Universal AC Input Range

*High Efficiency and reliability

*Protections: Overcurrent/ Overvoltage/Over Temperature

* UL, cUL60601, EN/IEC60601 with 3rd Edition and CE, FCC approved.

*Warranty two Years

*Application: Medical power, Medical charger(CV mode), Power Supply for Health care

Input

Voltage: 90~264VAC

Frequency: 50~60Hz

Input current: 1.5-0.8A max.

Leakage Current: 0.3mA max. @240VAC /50Hz

Inrush current: 65A @115VAC; 90A @230VAC at 25°C cold start

Output                                                                                                                                                

Part No          Rated O/P(current max.)        Ripple & Noise(mV p-p)

AGM050-S03-z      3-5V/7.5A/37.5W                50

AGM050-S05-z      5-6V/7.5-6.25A/37.5W            50

AGM050-S75-z      6-8V/6.66-5A/40W               75

AGM050-S09-z      8-11V/5.62-4.09A/45W           90

AGM050-S12-z      11-13V/4.54-3.84A/50W          100

AGM050-S15-z      13-16V/3.84-3.12A/50W          100

AGM050-S18-z      16-21V/3.12-2.38A/50W          150

AGM050-S24-z      21-27V/2.38-1.85A/50W          150

AGM050-S27-z      27-33V/1.85-1.51A/50W          200

AGM050-S48-z      33-58V/1.51-1.04A/50W          200

 

z: C6/C14 inlet

Mechanical Drawing 

 

                                                     

General Specification 

Load Regulation: +/-5% Max.

Line Regulation: +/-1% Max.

Insulation resistance: 50Mohm min. from Input to output

Over Current: All output protected to short circuit conditions

Over Voltage Protection: Provided on outputs set at 112-132% of its nominal output voltage

Over temperature Protection: 130°C Activated

Setup/Hold up/ Rise time: Typ.: 1000mS/10mS/50mS at full load

Derating : Derated from 100% at +40°C linearly to 50% at +70°C

Temperature Coefficient: All output +/-0.04% / °C max.

Withstand Voltage: 5656VDC from input to output

Operating Temperature: 0~40degree C

Storage Temperature: -40~85degree C

Storage Humidity: 5~95% RH

Transient Response: Max. Excursion of 4% better on all models. Recovering to 1% of final value within

500uS. after a 25% step load change

EMC:  EN600601-1-2: 2007, FCC Part 15 & Part 18 class B

Safety: UL60601-1: 2005, CSA: C22.2 60601-1: 2008, EN60601-1:2006

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