PM42 SERIES
Features
- BF Class insulation
- Medical and ITE approvals
- Compact size 2” x4” x1.18”
- Single, dual and triple outputs
- Wide-range input 90-264 VAC
- Low earth leakage current
- Level B emissions
- RoHS complian
|
|
Output #1 |
Output #2 |
Output #3 |
Max. |
|||||||||
|
Model |
V1 |
Min. Current |
Max. Current |
Tol. |
V2 |
Min. Current |
Max. Current |
Tol. |
V3 |
Min. Current |
Max. Current |
Tol. |
Output Power |
|
PM42-10A |
5 V |
0 A |
8.0 A |
±2% |
|
(N/A) |
|
|
(N/A) |
|
40 W |
||
|
PM42-12A |
12 V |
0 A |
3.5 A |
±2% |
|
(N/A) |
|
|
(N/A) |
|
42 W |
||
|
PM42-13A |
15 V |
0 A |
3.0 A |
±2% |
|
(N/A) |
|
|
(N/A) |
|
45 W |
||
|
PM42-14A |
24 V |
0 A |
2.0 A |
±2% |
|
(N/A) |
|
|
(N/A) |
|
48 W |
||
|
PM42-18A |
48 V |
0 A |
1.0 A |
±2% |
|
(N/A) |
|
|
(N/A) |
|
48 W |
||
|
PM42-23A |
+5 V |
0.5 A |
6.0 A |
±3% |
+12 V |
0.1 A |
2.0 A |
±5% |
|
(N/A) |
|
40 W |
|
|
PM42-25A |
+5 V |
0.5 A |
6.0 A |
±3% |
+24 V |
0.1 A |
1.0 A |
±5% |
|
(N/A) |
|
40 W |
|
|
PM42-31A |
+5 V |
0.5 A |
6.0 A |
±3% |
+12 V |
0.1 A |
2.0 A |
±5% |
-12 V |
0 A |
0.3 A |
±4% |
40 W |
|
PM42-31-3A |
+3.3 V |
0.8 A |
6.0 A |
±3% |
+5 V |
0.1 A |
2.0 A |
±5% |
+12 V |
0 A |
0.3 A |
±4% |
30 W |
|
PM42-31-5A |
+5 V |
0.5 A |
6.0 A |
±3% |
+3.3 V |
0 A |
1.5 A |
±5% |
+12 V |
0 A |
0.3 A |
±4% |
30 W |
|
PM42-32A |
+5 V |
0.5 A |
6.0 A |
±3% |
+15 V |
0.1 A |
1.5 A |
±5% |
-15 V |
0 A |
0.3 A |
±4% |
40 W |
|
PM42-39A |
+5 V |
0.5 A |
6.0 A |
±3% |
+24 V |
0.1 A |
1.0 A |
±5% |
-12 V |
0 A |
0.3 A |
±4% |
40 W |
Introduction
PM42 series of compact, open PCB constructed, AC-DC switching power supplies are capable of delivering 30-48 watts of continuous output power at convection cooling. They operate at 90-264 VAC input voltage without the need of voltage selection, and are suited for medical, information technology and industrial applications. Approval to both EN60601-1 and EN60950-1 Safety Standards improves design-in time and reduces end equipment compliance costs.
Download
Specification
Product Sheet
ME 2D Drawings
User Manual
Safety
