Noise Level And Measurement Of Temperatures

07:00 - Monday 11 July 2005 by Frank Völkel
Source: Tom's Hardware – Keywords: stress, test

Table of content:
6 – Noise Level And Measurement Of...
  1. 1 – Profits Or Quality?
  2. 2 – Still An Eldorado? 600 Percent Profit Margin Possible
  3. 3 – Our Motivation - Why Are We Running PSUs Constantly Under Full Load?
  4. 4 – Test Methodology
  5. 5 – Stressing With Highly Accurate Electronic Loads
  6. 6 – Noise Level And Measurement Of Temperatures
  7. 7 – Data Collection And Live Upload
  8. 8 – AcBel ATX-550CA -AB8FM: Failure - But 10-Year Warranty
  9. 9 – Antec Phantom 500: Quiet With High Efficiency
  10. 10 – Antec True Power 2.0: Mediocre Efficiency
  11. 11 – Aopen Prima Power 700: Super Results - No SLI
  12. 12 – BeQuiet BQT B5-520W-S1.3: Loose Transistor Triggers Failure
  13. 13 – Cooler Master Real Power RS-550-ACLY: Shutdown At Full Load
  14. 14 – Enermax Coolergiant EG485AX-VHB(W): Flawed Former Champ
  15. 15 – Enermax Noisetaker EG701AX-VE(W): Perfect Connections And Quiet
  16. 16 – Epower Silent Engine Xscale 470: Loud At Full Load
  17. 17 – Fortron FSP300-60GNF: Soundless With High Efficiency
  18. 18 – HEC AcePower ACE580UB: Failure At High Load
  19. 19 – Hiper Type R580: Not Within Specifications
  20. 20 – Jeantech Arctic JN120F-600AP12V2: Average Results
  21. 21 – OCZ PowerStream 600W - Features
  22. 22 – PC Power & Cooling Turbo-Cool 510: Very Loud At Full Load
  23. 23 – PC Power & Cooling Turbo-Cool 850 SSI: Excellent Price And Performance
  24. 24 – Seasonic S12 600: Efficient And Quiet
  25. 25 – Silverstone ST65ZF: Loud And Inefficient But Low-Cost
  26. 26 – Spire SP-500W: High Noise Levels At Full Load
  27. 27 – Features Tables
  28. 28 – Efficiency
  29. 29 – Load - Total Power Sustained
  30. 30 – Ripple On 3.3V Rail

Noise Level And Measurement Of Temperatures

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Noise measurement at the air entrance of the power supply unit.

Our data is derived from six highly sensitive temperature sensors, five cameras, output meters of up to 4000 watts, a sound level measuring device with spectrum analysis of the audio bandwidth and six calibrated voltmeters as well as five ammeters.

The following pictures show where we placed the temperature sensors. Particularly critical increases in the temperatures of the 3.3 volt and 5 volt cables can easily result in a burnt finger. Still, the 3.3 volt cable is carrying electricity up to 26 amperes, heating the cable up to a maximum 66°C / 151°F.

The temperature at the ATX plug is being precisely calculated here.

Exact measurement of the temperatures at the air entrance and exit points of a power supply unit.

Determination of the temperature on an electronic load.

Sensor for the room temperature.

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