Model
Specification |
S-145-5 |
S-145-7.5 |
S-145-12 |
S-145-24 |
| DC output voltage |
5V |
7.5V |
12V |
24V |
| Output voltage error（Note：2） |
±2% |
±1% |
±1% |
±1% |
| Rated output current |
25A |
18A |
12A |
24A |
| Output current rage |
0-25A(Biggest30A） |
0-18A(Biggest21A） |
0-12A(Biggest14A） |
0-24A(Biggest7A） |
| Wave and noise(Note ：3） |
100mVp-p |
100mVp-p |
100mVp-p |
100mVp-p |
| Inlet stability(Note ：4） |
±0.5% |
±0.5% |
±0.5% |
±0.3% |
| Load stability (Note ：5） |
±0.5% |
±0.5% |
±0.5% |
±0.3% |
| DC output power |
125W |
135W |
144W |
144W |
| Efficiency |
78% |
80.5% |
80.5% |
83.5% |
| Adjustable range for DC voltage |
4.75-5.5V |
6-8V |
10.8-13.2V |
21-28V |
| AC input voltage range |
85-132VAC/170-264VACSelected by
switch47-63Hz；240-370VDC |
| Input current |
0.5A/115V 0.25A/230A |
| AC In rush current |
Cold-start current15A/115V 30A/230V |
| Leakage current |
<0.5mA/240VAC |
| Overload protection |
105%-150%Type:Foldback:current limiting reset:auto
recovery |
| High-temperature protection |
………… |
| Temperature coefficient |
±0.03%/℃（0-50℃） |
| Setup rise hold up time |
100ms,50ms,20ms |
| Vibration |
10-500HZ,2G 10min,/1cycle，Period for60min，Each axes |
| Withstand voltage |
Input and output internal：1.5KVAC,Input and
enclosure：1.5KVAC,Output and enclosure：0.5KVAC |
| Isolation resistance |
Input and output internal:Input and enclosure,Output
and enclosure：500VDC/100MΩ |
| Working temperature and humidity |
-10℃~+60℃（Refer to output derating
curve），20%~90%RH |
| Store temperature and humidity |
-20℃~+85℃,10%~95%RH |
| Overall dimension |
199×98×38mm |
| Weight |
0.7Kgs |
| Safety standards |
Meet UL 1012 requirement(Not apply for the mark) |
| EMC standards |
Meet FCC part15J Conduction class B |
Note：
1.The testing condition for the parameter
above is :230VAC input,rated load,25℃70%
RH. Humidity.
2.Error.include the setting error,line stability and
load stability.(Note:5).
3.Wave test:adopting "A12"double wire
for 20MHz,and 0.1UF&47UF capacitor short-circuit for
interrupting.
4.Inlet voltage stability test:when is over
load,the lowest voltage of inlet is up to the highest
voltage.
5.Load stability test:the load is from 0% to 100%. |
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