Ergebnisse
| Stability: 12V |
| 12V 1+2 Loadless | | | 12V 3 Loadless | | | 12V 1+2 Low | | | 12V 3 Low | | | 12V 1+2 Mean load (350W) | | | 12V 3 Mean load (350W) | | | 12V 1+2 100% rail (19.5Ap) | | | 12V 3 100% rail (19Ap) | | | 12V 1+2 Full load (500W) | | | 12V 3 Full load (500W) | | |
| | 0 14 7 | volts |
| |
| Stability: -12V |
| Loadless | | | Low | | | Mean load (350W) | | | Full load (500W) | | |
| | -14 0 -7 | volts |
| |
| Stability: 5V |
| Loadless | | | Low | | | Mean load (350W) | | | 100% rail (20Ap) | | | Full load (500W) | | |
| | 0 6 3 | volts |
| |
| Stability: 5V Stand-by |
| Loadless | | | Low | | | Mean load (350W) | | | Full load (500W) | | |
| | 0 6 3 | volts |
| |
| Stability: 3.3V |
| Loadless | | | Low | | | Mean load (350W) | | | 100% rail (25Ap) | | | Full load (500W) | | |
| | 0 4 2 | volts |
| |
Bei der Stabilität brilliert das Coolermaster. Restlos alle Spannungen blieben innerhalb der Toleranz.
