MIFCOM Performance 450 W Review - For Tight Budgets 14

MIFCOM Performance 450 W Review - For Tight Budgets

Efficiency »

Test Setup



Primary Rails Load Regulation

The following charts show the voltage values of the main rails, recorded over a range from 60 W to the maximum specified load, and the deviation (in percent) for the same load range. Tight load regulation is essential for every power supply because it allows for constant voltage levels despite changes in load.







5VSB Regulation



Don't expect tight load regulation in this price range. The XPG Pylon 450 W, which has super-tight load regulation, costs around €12 more. This might not seem like much, but is 28% of MIFCOM's asking price.

Ripple Measurements

Ripple represents the AC fluctuations (periodic) and noise (random) found in the DC rails of PSUs. Ripple significantly decreases the life span of capacitors because it increases their temperature; a 10 °C increase can cut into a capacitor's life span by up to 50 percent. Ripple also plays a vital role in overall system stability, especially when it is overclocked. According to the ATX specification, the ripple limits are 120 mV (+12V) and 50 mV (+5V, +3.3V, and 5VSB).

Ripple Measurements - MIFCOM Performance 450W
Test12V5V3.3V5VSBPass/Fail
10% Load12.2 mV11.9 mV16.1 mV9.2 mVPass
20% Load13.9 mV11.3 mV16.2 mV9.3 mVPass
30% Load14.4 mV11.6 mV16.7 mV9.7 mVPass
40% Load17.6 mV12.4 mV16.9 mV10.2 mVPass
50% Load18.8 mV12.6 mV17.9 mV11.4 mVPass
60% Load20.9 mV12.6 mV17.9 mV11.7 mVPass
70% Load23.1 mV13.6 mV19.1 mV12.3 mVPass
80% Load27.5 mV14.3 mV20.7 mV13.1 mVPass
90% Load34.8 mV15.9 mV23.7 mV13.8 mVPass
100% Load46.4 mV18.4 mV25.2 mV23.2 mVPass
110% Load51.9 mV19.5 mV25.5 mV24.2 mVPass
Crossload 128.5 mV18.2 mV25.3 mV20.2 mVPass
Crossload 233.9 mV22.6 mV19.9 mV19.7 mVPass
Crossload 315.4 mV16.7 mV27.3 mV17.2 mVPass
Crossload 438.1 mV14.9 mV18.8 mV18.6 mVPass


Ripple suppression is decent on all rails. XPG's units again top the charts.

Ripple at Full Load



Ripple at 110% Load



Ripple at Crossload 1



Ripple at Crossload 4

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Dec 23rd, 2024 08:45 EST change timezone

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