Features
- BF Class insulation
- Operation altitude up to 5000 meters
- 3 x 6 inch footprint with 1.5 inch low profile
- Less than 220 μA leakage current
- Meet EN55011 /55022 and FCC Class B
- Power Factor 0.98 typical
- 100% burn-in at full load
- Short-circuit protection (Latch)
- Power Fail Detect (PFD) signal
- Inhibit - TTL high to disable output
- Compliant with RoHS requirements
- High Efficiency 92% typical
- Power consumption in standby mode less than 1 W at standby power 5 V /100 mA
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Output |
||||||
Model |
V1 |
Min. Current |
Max. Current at convection |
Max. Current at 7 CFM |
Tol. |
Ripple & Noise |
Max. Output Power |
PM400-12B |
12 V |
0.1 A |
25.00 A |
33.34 A |
±2% |
120 mV |
300 W /400 W |
PM400-13B |
15 V |
0.1 A |
20.00 A |
26.67 A |
±2% |
150 mV |
300 W /400 W |
PM400-13-1B |
18 V |
0.1 A |
16.67 A |
22.23 A |
±2% |
180 mV |
300 W /400 W |
PM400-14B |
24 V |
0.1 A |
12.50 A |
16.67 A |
±2% |
240 mV |
300 W /400 W |
PM400-15B |
28 V |
0.1 A |
10.72 A |
14.29 A |
±2% |
280 mV |
300 W /400 W |
PM400-17B |
36 V |
0.1 A |
8.34 A |
11.12 A |
±2% |
360 mV |
300 W /400 W |
PM400-18B |
48 V |
0.1 A |
6.25 A |
8.34 A |
±2% |
480 mV |
300 W /400 W |
Introduction
PM400 series of AC-DC switching power supplies in a package of 4 x 7 x 1.58 inches are capable of delivering 400 watts of continuous power at 7 CFM forced air cooling or 300 watts at convection cooling. The units are constructed on a printed circuit board with a U-bracket for mechanical support and heat sinking. A cover and fan assembly can be added during manufacturing for 400 watt output without the change of any dimension. They are designed for medical applications. The units are certified also to IEC/EN/UL 60950-1 and suitable for data networking, industrial and telecommunication applications.
