DC120W
120 Watt
- 8…24 VDC input range
- Small dimensions
- Efficiency >90 %
The extremely flat ATX DC/DC converter has been designed for installation in closed, fanless box computers. It is characterized by a very high efficiency and a low thermal dissipation rate. Due to its robust construction and high-quality components it is ideal for implementation in industrial and medical devices. A cable harness is part of the standard equipment.
| Technical data
|
|
| Input voltage
|
8…24 VDC
|
| Input current
|
15 A max.
|
| Efficiency
|
App. 94 %
|
| Power-Good-Signal
|
Switch on delay 100…500 ms
Switch off delay 1 ms
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| Protection
|
Input: Inverse-polarity protection input, no
Short circuit protection: +3.3 V, +5 V, switch off
Ouptut: Overvoltage protection: +3.3 V, +5 V (via Controller)
|
| Insulation voltage
|
No separation between input / output
|
| Operating temperature
|
-10…+50 °C
|
| Derating
|
According to operating temperature and power a GapPad® or fan might possibly be needed. Board temperature should not exceed +60 °C.
| Input voltage
|
Current at +12 V
|
| 8
|
6
|
| 10…19
|
8
|
| 20…24
|
7
|
Reference measuring at +24 V input:
Operating temperature +40 °C:
+3.3 V / 3 A, +5 V / 5 A, +12 V / 6 A with Gap Pad® on Alu (170 x 50 x 4 mm)
Operating temperature +20 °C:
+3.3 V / 5 A, +5 V / 5 A, +12 V / 7 A with fan 66 m3/h
|
| MTBF
|
192 000 h
|
| Storage temperature
|
-20…+85 °C
|
| Operating humidity
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10…90 % RH, non-condensing
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| Dimensions (WxDxH)
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160 x 45 x 23 mm ±0.5 mm
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| Weight (net)
|
0.1 kg
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|
Article
No.
|
Output
voltage
|
Output current
min
|
Output current
max
|
Output current
peak
|
Load
regulation
|
Ripple &
Noise
|
| DC120W
|
+3.3 V
|
0 A
|
8 A
|
10 A
|
±5 %
|
50 mV
|
| +5 V
|
0 A
|
8 A
|
10 A
|
±5 %
|
50 mV
|
| +12 V
|
0.1 A
|
8 A*
|
10 A
|
±5 %
|
120 mV
|
| -12 V
|
0 A
|
0,1 A
|
0.2 A
|
±10 %
|
120 mV
|
| +5 Vsb
|
0 A
|
1.5 A
|
2 A
|
±5 %
|
100 mV
|
* See Derating
Max. power is 120 W. Peak-output current can be for max. 60 Seconds. Without galvanic isolation!
This unit is for assembly purposes only and it must not be operated in unassembled condition.The final assembly has to comply with the valid EMC standards.
Technical documentation:
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