Tagan PipeRock TG1100-BZ 1100W Netzteil im Test

Seite 5: Spannungsstabilität

Stability: 12V
12V CPU Loadless
12.14
12V Drives Loadless
12.14
12V GPU Loadless
12.14
12V CPU Low
12.12
12V Drives Low
12.12
12V GPU Low
12.12
12V CPU Mean load (350W)
11.99
12V Drives Mean load (350W)
11.99
12V GPU Mean load (350W)
12.01
12V CPU 100% rail (20A)
11.86
12V Drives 100/ rail (20A)
12.10
12V GPU 100% rail (20A)
11.95
12V CPU Full load (1100W)
11.59
12V Drives Full load (1100W)
11.59
12V GPU Full load (1100W)
11.68
 
0
14
7
volts


Stability: -12V
Loadless
-11.30
Low
-11.50
Mean load (350W)
-11.57
Full load (1100W)
-12.26
 
-14
0
-7
volts


Stability: 5V
Loadless
5.11
Low
5.08
Mean load (350W)
5.01
100% rail (30A)
4.95
Full load (1100W)
4.85
 
0
6
3
volts


Stability: 5V Stand-by
Loadless
5.23
Low
5.21
Mean load (350W)
5.08
Full load (1100W)
4.88
 
0
6
3
volts


Stability: 3.3V
Loadless
3.40
Low
3.38
Mean load (350W)
3.32
100% rail (24A)
3.31
Full load (1100W)
3.16
 
0
4
2
volts


Alle Spannungen lagen bei den unterschiedlichen Belastungen innerhalb der ATX Spezifikation. Die geringste Abweichung betrug -0,1% (Mean load 12V1, 12V2 und 12V3) und die höchste Abweichung betrug -5,8% (Loadless -12V).

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