8 pin EPS12V (700mm) / 4+4 EPS12V (+150mm) SATA (500mm+150mm+150mm+150mm) SATA (500mm+150mm) / 4-pin Molex (150mm) / FDD (+150mm)

Transcription

1 DUT RMATION DUT SPECIFICATIONS Brand FSP Technology Inc. Rated Voltage (Vrms) Manufacturer (OEM) FSP Rated Current (Arms) 0-5 Series Hydro PTM Rated Frequency (Hz) Model Number HPT650M Hydro Rated Power (W) 650 Serial Number S Type ATXV DUT tes 35mm Fluid Dynamic Bearing Fan Cooling (MGA35HF-A5) Semi-ive Operation Cable Design Fully Modular POWER SPECIFICATIONS Rail Max. Power 3.3V 5V V -V Amps Watts Total Max. Power (W) 650 CABLES AND CONNECTORS Modular Cables Description Cable Count Connector Count (Total) Gauge In Cable Capacitors ATX connector 0+4 pin (600mm) 8-AWG 8 pin EPSV (700mm) / 4+4 EPSV (+50mm) / 8AWG 6+ pin PCIe (650mm+50mm) 8AWG 6+ pin PCIe (500mm+50mm) 8AWG SATA (500mm+50mm+50mm+50mm) 8 8AWG SATA (500mm+50mm) / 4-pin Molex (50mm+00mm) / 8AWG SATA (500mm+50mm) / 4-pin Molex (50mm) / FDD (+50mm) // 8-AWG AC Power Cord (400mm) - C3 coupler 6AWG PAGE /8

2 RESULTS Test Date Cybenetics ID # 495 Temperature Range ( C / F) 30-3 / Average Efficiency Efficiency With 0W ( 500W) or % (>500W) Load -5V Average Efficiency Standby Power Consumption (W) -5V Standby Power Consumption (W) -30V Average PF 0.97 ErP Lot 3/6 Ready (EU) 67/03 Compliance Avg ise Output 3.05 Efficiency Rating (ETA) ETA-A ise Rating (LAMBDA) LAMBDA-A TEST EQUIPMENT Electronic Loads Chroma 634A x Chroma x4 633A x6 Chroma x 630A x0 630A x AC Sources Chroma 6530, Chroma 6604, Keysight AC6804B Power Analyzers N4L PPA530 x, N4L PPA5530 Oscilloscopes Picoscope 4444 & 344, Keysight DSOX304A, Rigol DS07A Voltmeter Keithley 05 THD 6.5 Digit Sound Analyzer Bruel & Kjaer 50-L G4 Microphone Bruel & Kjaer Type 4955-A, Bruel & Kjaer Type 489 Data Loggers Picoscope TC-08 x, Labjack U3-HV x PAGE /8

3 EFFICIENCY GRAPH This graph depicts the PSU s efficiency throughout its entire operational range. For the generation of the efficiency and noise graphs we set our loaders to auto mode through our custom-made software before trying thousands of possible load combinations NOISE GRAPH The PSU s noise in its entire operational range and under 30-3 C ambient is depicted in this graph. The X axis represents the load on the +V rail(s) while the Y axis is the load on the minor rails PAGE 3/8

4 EFFICIENCY -30V (ERP LOT 3/6 & CEC) Test # 0.045A DC/AC (Watts) Efficiency 0.9 PF/AC Volts A A A A V A V V V A V % 5.080V A V % 5.063V A V % 5.043V A V % 5.03V A V PF/AC Volts 59.48% V Efficiency % 4.993V (Watts) % 5.03V DC/AC 85.6% 5.044V 0.045A 5.05V % 5.058V 79.0% 5.080V Test # % 5.08V EFFICIENCY -30V (ERP LOT 3/6 & CEC) 30.0V % 4.997V V VAMPIRE POWER -5V This graph is generated by the PPA Standby Power Analysis software which takes full control of the power analyzer during the whole procedure. This application features all of the EN50564 & IEC630 test limits for standby power software testing. PAGE 4/8

5 EFFICIENCY UNDER HIGH AMBIENT TEMPERATURE The PSU`s efficiency under high ambient temperatures with 5V and 30V input. For this graph the results of the 0-0% load regulation table are used. EFFICIENCY This graph depicts the efficiency levels of the rail with 5V and 30V input. PAGE 5/8

6 0-0% LOAD TESTS Test # V 3.579A 5V.969A 3.3V.959A 0.995A DC/AC (Watts) Fan Efficiency (RPM) %.08V 5.08V 3.369V 5.09V A.958A.947A.95A %.069V 5.07V 3.359V 5.0V A 3.458A 3.49A.398A %.059V 5.063V 3.35V 5.008V.9 8.3A 3.958A 3.948A.603A %.049V 5.054V 3.34V 4.994V A 4.957A 4.950A.808A %.038V 5.045V 3.333V 4.979V A 5.959A 5.959A.06A %.08V 5.035V 3.33V 4.96V A 6.966A 6.973A.5A %.08V 5.05V 3.33V 4.946V A 7.977A 7.994A.435A %.007V 5.06V 3.303V 4.930V A 8.49A 8.497A.438A %.998V 5.007V 3.95V 4.93V A 9.004A 9.037A.546A %.988V 4.999V 3.86V 4.9V A 9.09A 9.06A.550A %.976V 4.99V 3.78V 4.903V A 4.00A 3.999A 0.000A 9.44 CL %.05V 5.049V 3.34V 5.04V A.00A.000A.000A CL 88.5% 5.06V 3.30V 4.97V PSU ise Temps PF/AC (db[a]) (In/Out) Volts C C 5.05V C C 5.05V 4.9 C C 5.05V 4.8 C C 5.05V 4. C C 5.05V 4.8 C C 5.05V C C 5.04V C C 5.04V C C 5.04V C C 5.04V 46.6 C C 5.03V 4. C C 5.05V C C 5.03V V Speed PAGE 6/8

7 0-80W LOAD TESTS Test # V 5V 3.3V.94A 0.49A 0.47A 0.97A DC/AC Efficiency (Watts).083V 5.089V 3.377V 5.068V A 0.983A 0.976A 0.396A PF/AC Volts %.080V 5.086V 3.373V 5.058V A.476A.45A 5.04A V 3.370V 5.04V A.969A.958A 0.795A %.085V V V % 5.035V (db[a]) 5.05V 3.367V (RPM) % 5.079V PSU ise V Fan Speed V RIPPLE MEASUREMENTS Test V 5V 3.3V /Fail 0% Load 9.0 mv 6.9 mv 6.9 mv 0.4 mv 0% Load 7.8 mv 4.8 mv 6. mv 6.0 mv 30% Load 5.9 mv 5.7 mv 7. mv 8.3 mv 40% Load 6.6 mv 5.5 mv 7. mv 9.9 mv 50% Load 7.9 mv 6.6 mv 8.3 mv 9.3 mv 60% Load 9. mv 7.4 mv 8.8 mv 8. mv 70% Load 9.0 mv 7.7 mv 0. mv 6.4 mv 80% Load 0. mv 8.0 mv. mv 0.4 mv 90% Load.8 mv 8.6 mv.7 mv 9.4 mv 00% Load 3.5 mv 9.3 mv. mv 9.4 mv 0% Load 4.7 mv 9.9 mv 3. mv 9.4 mv Crossload 7.9 mv 7.6 mv 0.9 mv 7. mv Crossload 3.5 mv 7.5 mv 8.8 mv.4 mv PAGE 7/8

8 HOLD-UP TIME & POWER OK SIGNAL (30V) Hold-Up Time (ms).80 AC Loss to PWR_OK Hold Up Time (ms) 0.60 PWR_OK Inactive to DC Loss Delay (ms).0 Top side Power specifications label CERTIFICATIONS PAGE 8/8