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Shenzhen Flourishing Company
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Click to enlarge image
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Model Number |
SY-S007 |
PRODUCT HIGHLIGHT.
- Complete, inexpensive, self-contained
regulated power source
- Super power supply, fixed frequency control circuit guarantees Stable ,long-lasting output required by any mobile Electronics, such as mobile phones , PDA, Digital camera , CDMA Digital phones, Walkie-talkie, tester machine, HUB, Modem, Scanner, Printer and much more.
- Extra 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.
- High efficiency circuitry that generates little heat B urn-in EMI filter. .
PROTECTION:
- Short circuit protection.
- Over voltage protection.
- Over current protection.
- Thermal shutdown capability.
RELIABILITY:
- Burn-in : 100% full load ,40 ±5°C,4Hrs min. .
- Leakage Current : 0.25mA max. at 254Vac.
- Withstanding Voltage :(between primary & secondary) 3000Vac 1 minute 10mA max..
- MTBF : meet MIL-HDBK-217F
over 50K hours, full load,25 °C |
Electrical Specifications: (Absolute Maximum Rating)
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Description |
Symbol |
Min |
Typ |
Max |
Units |
Comment |
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Input |
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Voltage |
V IN |
90 |
120/240 |
264 |
V AC |
2 Wire no Protective Ground |
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Frequency |
F LINE |
47 |
50/60 |
63 |
Hz |
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No-load Input Power(230VAC) |
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0.5 |
W |
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Efficiency |
η |
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75 |
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% |
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Inrush Current(240Vac) |
I |
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40 |
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A |
Cold 25 o C |
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Environmental |
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Operating Temperature |
T |
0 |
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40 |
o C |
Free convection, Sea level |
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Non-operating temperature |
T |
-20 |
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80 |
o C |
Free convection, Sea level |
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Operating humidity |
T |
10 |
/ |
90 |
%RH |
Non condensing |
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Non-operating humidity |
T |
10 |
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90 |
%RH |
Non condensing |
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Typical model list:
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INPUT CONDITION |
DC OUTPUT VOLTAGE |
DC OUTPUT CURRENT |
OUTPUT VOLTAGE PRECISION |
RIPPLE & NOISES |
REGULATION |
MAXIMAL OUTPUT POWER |
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LINE |
LOAD |
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Input voltage: 90-264VacFrepuency: 47-63Hz Inputcurrent: 0.6A |
1 |
3.0-4.0V |
0.1-4.0A |
6% |
100 mV |
± 1% |
± 5% |
16W |
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2 |
4.1-6.0V |
0.08-4.0A |
6% |
100 mV |
± 1% |
± 5% |
24W |
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3 |
6.1-6.9V |
0.07-4.1A |
6% |
100 mV |
± 1% |
± 5% |
25W |
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4 |
7.0-8.0V |
0.06-3.57A |
5% |
100 mV |
± 1% |
± 5% |
25W |
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5 |
8.1-9.0V |
0.055-3.09A |
5% |
100 mV |
± 1% |
± 5% |
25W |
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6 |
9.1-10.0V |
0.05-2.75A |
5% |
100 mV |
± 1% |
± 5% |
25W |
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7 |
11.1-11.9V |
0.04-2.25A |
5% |
100 mV |
± 1% |
± 5% |
25W |
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8 |
12.0-17.9V |
0.04-2.5A |
5% |
100 mV |
± 1% |
± 5% |
30W |
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9 |
18.2-22.0V |
0.035-1.67A |
5% |
100 mV |
± 1% |
± 5% |
30W |
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10 |
22.1-30.0V |
0.03-1.36A |
5% |
100 mV |
± 1% |
± 5% |
30W |
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11 |
30.5-31.0V |
0.025-0.98A |
5% |
150 mV |
± 1% |
± 5% |
30W |
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12 |
31.5-48.0V |
0.02-0.95A |
5% |
150 mV |
± 1% |
± 5% |
30W |
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REMARK: ( ripple and noise) 1. Measurements shall be made with an oscilloscope with 20MHz bandwidth. 2. Outputs shall be bypassed at the connector with a 0.1uF ceramic disk capacitor and a 10uF electrolytic Capacitor to simulate system loading. |
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