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65W DeskTop

UL62368 Safety UL, CUL, TUV, CB, CE, FCC, PSE, BSMI

AC / DC Single Output Desk-Top Type Low power consumption Efficiency: ≧88.0%Meet DoE Level VI. , UL62368 IEC62368 UL/CUL UL60950, EN/IEC 60950

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1-0. General Description

The purpose of the document is to specify a Single phase AC input, single output switching power supply. This specification is suitable for: EA10731JSeries
This product is AC to DC switching power transfer device, it can provide for a 12V, 5A max & 60W max DC output with constant voltage source.
This Specification defines the input, output, performance characteristics, environment, noise and safety
requirement for a power supply.

2-0. Input Requirements 2-1. AC Input Voltage

MaximumVoltage: 264Vac NormalVoltage: 100~240Vac Minimum Voltage:90Vac

2-2. AC Input Frequency

MaximumFrequency: 63Hz NormalFrequency: 50~60Hz MinimumFrequency: 47Hz

2-3. Input Current

2.0A (Max.) @ 100Vac/60Hz-240Vac/50Hz with full load.

2-4. Energy saving standards:

2-4-0.Designed to meet the following standard :
DoE Level VI

2-4-1.Efficiency

≧88.0% ( avg. ) at 115Vac/60Hz & 230Vac/50Hz input voltage and 25%, 50%, 75% &100% of max output current. Meet DoE Level VI.

2-4-2 No Load Power Consumption.

No Load Watt < 0.21W at normal line input.

2-5. Configuration

3-wire AC input (Line ,Neutral, FG)

2-6. Input Fuse

The hot line side of the input shall have a fuse, rating (3.15A/250V)

2-7. Inrush Current

≦ 60A at 110 Vac
≦ 120A at220Vac At cold start, maximumload.

2-8. Line Regulation

This line regulation is less than ± 1%, of rated output voltage @fullload .

2-9. Hold Up Time

≧ 8.3 mSec., @ Normal line, with full load.

2-10. Rise Time

≦50 mSec., @ 115V AC input, with full load. From 10% to 90% of output voltage.

2-11. Turn-ON Time

The output voltage should rise to 90% of rated output voltage in less than 3 SEC. from AC apply to 110Vac start up.

3-0. Output Requirements

3-1. Output Voltage and Current

Output Voltage (Vdc)	Current Min.(A)	Current Max.(A)
+12V	0	5.0A

3-2. Load Regulation

Voltage (Vdc)	Tolerance (%)	Regulation (Vdc)
+12V	+5/, -5	11.4~12.6V

3-3. Dynamic Load Regulation
±5% excursion for 50% - 100% or 100% - 50% load change of DC output at any frequency up to 1KHz(duty 50%)

3-4. Ripple ＆Noise

The power supply shall not exceed the following limits on the indicated voltage for 60Hz or 50Hz ripple, Switching frequency ripple and noise and dynamic load variations measured with a 20MHz bandwidth

Output	Ripple/Noise
+12V	240mV

Input condition : for rated voltage , Output condition : for max load Ripple / Noise: 60Hz ripple + switching ripple and noise

Ripple & Noise are measured at the end of output cable which are added a 0.1uF ceramic capacitor and a 47uF electrolytic capacitor

3-5. Over Voltage Protection

175% Max. of ratedvoltage.
The output voltage shall be shutdown and auto-recover mode when OVP occurred.

3-6. Over Current Protection

110~180%output current. At 100-240Vac input,
The adapter can withstand continuous short at DC output and no damage. It will enter into normal condition if the fault condition is removed.

3-7. Stability

2% Max. at constant load with constant input (after 30 minutes of operation).

3-8.Temperature Rise (Optional)

Less than 45℃ on top/bottom case at normal AC input & 80% load of DC output at environment temperature 25℃.

3-9. Drop-out

Output voltage shall remain within the specified regulation range, through the absence of a line input during 1/2 cycle, at full load and normal AC line input

3-10. Voltage Isolation

The DC ground will be isolated from the AC neutral and AC line.

4-0.Reliability

4-1. MTBF ( MIL-HDBK-217F )
The power supply shall be designed and produced to have a mean time between failure ( MTBF) of 100,000 hours at 25 degrees C.

5-0. Environment

Temperature
1. Operating : 0 to 40℃
Storage : -20 to 85℃

5-2Humidity

Operating : 10 to 90%
Storage: 5 to 90%

5-3Altitude

From sea level to 5,000 Meters ( operation ) and 5,000 Meters (no operation)

6-0. Safety

6-1. Hi-Pot Test

3000Vac/4242VDC, 3mA 2Sec. between primary and secondary circuit

L,N to FG 1800Vac 3mA 2Sec.

6-2. Insulation Test
500Vdc, 2 Sec. between primary and secondary circuit IR should ≧ 50 MΩ.

6-3. Leakage Current

≦500uA, at 240Vac/50Hz

6-4. Safety

UL, CUL, TUV, CB, CE, FCC, PSE, BSMI

6-5. EMS

Items	Specification	Reference
ESD	Contact: ± 4KV	IEC 61000-4-2
ESD	Air: ± 8KV	IEC 61000-4-2
RS	Frequency: 1KHz Field Strength: 3V/M	IEC 61000-4-3
EFT	1.0 KV on input AC power ports.	IEC 61000-4-4
SURGE	Line to Line: ± 1KV (peak)	IEC 61000-4-5
SURGE	Line to F.G : ± 2KV (peak)	IEC 61000-4-5

6-6. EMI

Comply with Standards

CISPR 32, EN 55032 Class B

FCC (PART 15 CLASS B)

7-0. Mechanical Characteristics
7-1. PhysicalSize: 105.5mm (L) * 46mm (W) * 28mm(H)

7-2. Enclosure material : 94V-1 minimum

7-3. Output Cable (Reference) : UL2468 #18

7-4. Vibration Test
The vibration frequencies are set at 20Hz, with total amplitude of 1.5mm Along the 3 directions namely X-Y-Z. The each direction should be vibrated for 60 minutes, after testing no abnormal electrical or mechanical shouldoccur.

7-5. Drop Test (Referencing to CSA C22.2 No.950/UL1950/UL1310/ EN62368) Products shall be dropped from a height of 1000 mm onto a horizontal surface consists of hardwood at 13mm thick , mounted on two layers of plywood each 19mm to 20mm thick , all supported on a concrete or equivalent non-resilient floor. Upon conclusion of test , the equipment cannot into hazardous moving parts and hazardous voltage circuits need be operational , and need meet Hi-Pot specification requirement..

7-6. Net Weight (Reference) : 300 g