15 Watt Series Switching Adaptor

Shape and dimensions

1)UL,PSE Case, Wall Mount Style

2)Europe, Korea Case, Wall Mount Style

3)UK,HK Case, Wall Mount Style

4)Australia, New Zealand Case, Wall Mount Style

5)China Case, Wall Mount Style

6)Interchangeable plugs Style

 

 

 

Main Characteristics

Product Highlight
  • Complete, inexpensive, self-contained regulated power source 
    for use in charging   cell Lithium-ion and/or NiCd or NiMH batteries
  • Super power supply, fixed frequency control circuit  guarantees Stable,  long-lasting output  required by any mobile electronics, such as Mobile  phones, Walkie-Talkie, PDA, Digital camera,  CD/MP3 player,CDMA, digital players, testing machines, HUB, modem, scanners, printers and much more.
  • Ultra safe design, all with their respective  safety approvals.
  • Ultra low no-load/standby power consumption,  meeting EC 2005 green power requirements.
  • Light, sleek, and compact design
  • On-line LED power indicator , (optional)
  • High efficiency circuitry that generates little heat
  • Built in EMI filter.
Built-in Features and protections
  • Short circuit protection.
  • Over voltage protection.
  • Over current protection.
  • Thermal shutdown capability.
Reliability
  • Burn-in: 100% full load ,40+/-5degree C, 4Hrs min.
  • Leakage Current: Class two: 0.25mA max. at 254Vac.
  • Withstanding Voltage:(between primary & secondary) 3000Vac I minute 10mA max., Class one: 1500Vac 1 minute 10mA max.,
  • MTBF: meet MIL-HDBK-217F  over 50K hours,full load, 25 degree C
Safety approvals
  • UL60950 3rd edition CAN/CSA C22.2 NO.60950
  • EN60950:2000
  • CE(Low Voltage Directive)
  • AS/NZS 60950:2000 A1
  • PSE IEC60950
  • GB4943-2001
Emissions
  • FCC Part 15 class B
  • EN55022 class B
  • AS/NZS3548,AS/NZS4251.1 class B
  • VCCI class B
  • CNS 13438 class B
  • GB9254-1998/G B 17625.1-2003
  • ClSPR22 class B
Immunity
  • EN55024/A 1:2001
  • Electrostatic discharge:61000-4-2
  • Radiated electromagnetic fields:61000-4-3
  • Fast transients(burst):61000-4-4
  • Surge transients:61000-4-5
  • Conducted disturbance:61000-4-6
  • Voltage dips, interruptions & variations:61000-4-11

Schematic Drawings

Standard Product Specifications

Description Symbol Min Typ Max Units Comment
Input
Voltage Vin 90 120 264 VAC 2 Wire-no protective ground
Frequency FLINE 47 50/60 63 Hz  
No-load Input Power
      0.5 W at 230VAC
Output
Output Voltage VOUT 2.8 12 24 V  
Output Current lout 10   3000 mA  
Output Ripple Voltage VRIPPLE 40 100 200 mV 20 MHz Bandwidth
Total Output Power
Continuous Output Power POUT 0.14   18 W  
Peak Output Power POUT PEAK     18 W  
Efficiency   65 75   % 25 °C 
Environmental
Operating Temperature   0 40   °C  Free convection, Sea level
Non-operating
temperature
  -20
80

°C   
Operating humidity   10 90   %RH  Non condensing
Non-operating humidity   10 90   %RH  Non condensing

Typical Model List

INPUT
CONDITION

DC 
OUTPUT
VOLTAGE

 DC
 OUTPUT
CURRENT

 OUTPUT
 VOLTAGE
PRECISION

RIPPLE
 &
NOISES

REGULATION

MAXIMUM
OUTPUT

 POWER


LINE


LOAD

    


Input voltage:

  90-264Vac

Frequency:

  47-63Hz

Inputcurrent:

   0.4A
     

1

21-24V

0-0.86A

5%

150mV

+/-1%

+/-5%

18W

2

16-20V

0-1.12A

5%

150mV

+/-1%

+/-5%

18W

3

10-15V

0-1.5A

5%

100mV

+/-1%

+/-5%

18W

4

9.4-9.9V

0-1.6A

5%

100mV

+/-1%

+/-5%

15W

5

8.8-9.3V

0-1.7A

5%

80mV

+/-1%

+/-5%

15W

6

8.2-8.7V

0-1.83A

5%

80mV

+/-1%

+/-5%

15W

7

7.6-8.1V

0-1.97A

5%

70mV

+/-1%

+/-5%

15W

8

7.0-7.5V

0-2.14A

5%

70mV

+/-1%

+/-5%

15W

9

6.4-6.9V

0-2.34A

5%

60mV

+/-1%

+/-5%

15W

10

5.8-6.3V

0-2.59A

5%

60mV

+/-1%

+/-5%

15W

11

5.2-5.7V

0-2.88A

5%

60mV

+/-1%

+/-5%

15W

12

4.6-5.1V

0-3.0A

5%

50mV

+/-1%

+/-5%

15W

13

4.0-4.5V

0-3.0A

5%

50mV

+/-1%

+/-5%

13.5W

14

3.4-3.9V

0-3.0A

5%

50mV

+/-1%

+/-5%

11.7W

15

     2.8-3.3V

0-3.0A

5%

50mY

+/-1%

+/-5%

9.9W

Remark: Refer to ripple and noise 

1. Measurements shall be made with an oscilloscope with 20MHz bandwidth.
                                    2. Outputs shall be bypassed at the connector with a 0.1 uF ceramic disk capacitor and
    a 10uF electrolytic capacitor to simulate system loading.


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