Cybenetics Test - EVGA 650 N1

EVGA 650 N1

Serial Number1603520602800907

Lab IDEV65001752

Certification ID251752

Test Result Report ID: 20PS1752A
Certificate Issue Date: Nov 27, 2020

	115V	230V
Scheme: ETA-EMI PSU

115V	230V
		Scheme: LAMBDA PSU

Aristeidis Bitziopoulos, Certification Body General Manager

General Information

DUT Information

Brand	EVGA
Manufacturer (OEM)	HEC
Series	W
Model Number	EVGA 650 N1
Serial Number	1603520602800907
DUT Notes

DUT Specifications

Rated Voltage (Vrms)	100-240
Rated Current (Arms)	8-4
Rated Frequency (Hz)	50-60
Rated Power (W)	650
Type	ATX12V
Dimensions (W x H x D)
Cooling	120mm Rifle Bearing Fan (DWPH EFS-12E12H)
Semi-Passive Operation	✗
Cable Design	Fixed cables

Power Specifications

Rail		3.3V	5V	12V	5VSB	-12V
Max. Power	Amps	24	20	52	3	0.3
Max. Power	Watts	130		624	15	3.6
Total Max. Power (W)		650

Test Equipment

Electronic Loads	Chroma 63601-5 x4 Chroma 63600-2 x2 63640-80-80 x20 63610-80-20 x2
AC Sources	Chroma 6530, Keysight AC6804B
Power Analyzers	N4L PPA1530 x2
Sound Analyzer	Bruel & Kjaer 2270 G4
Microphone	Bruel & Kjaer Type 4955-A
Data Loggers	Picoscope TC-08 x2, Labjack U3-HV x2
Tachometer	UNI-T UT372 x2
Digital Multimeter	Keysight U1273AX, Fluke 289, Keithley 2015 - THD
UPS	CyberPower OLS3000E 3kVA x2
Transformer	3kVA x2
Testing Methodology	Cybenetics PSU Test Protocol

Cables and Connectors

Native Cables
Description	Cable Count	Connector Count (Total)	Gauge	In Cable Caps
ATX connector 20+4 pin (560mm)	1	1	18-20AWG	No
4+4 pin EPS12V (620mm)	1	1	18AWG	No
6+2 pin PCIe (560mm+120mm)	1	2	20AWG	No
SATA (450mm+120mm+120mm)	2	6	20AWG	No
4-pin Molex (450mm+120mm+120mm) / FDD (+120mm)	1	3 / 1	20-22AWG	No
Modular Cables
AC Power Cord (1080mm) - C13 coupler	1	1	18AWG	-

Parts Description

General Data	-
Manufacturer (OEM)	HEC
PCB Type	Single Sided
Primary Side	-
Transient Filter	4x Y caps, 2x X caps, 2x CM chokes, 1x MOV, 1x MPS HF81 (1x Discharge IC)
Inrush Protection	NTC Thermistor SCK-1R55 (1.5Ohm)
Bridge Rectifier(s)	2x GBU1006 (600V, 10A @ 100°C)
APFC MOSFETs	3x MagnaChip MDP18N50 (500V, 11A @ 100°C, Rds(on): 0.27Ohm)
APFC Boost Diode	1x NXP BYC10-600 (600V, 10A @ 78°C)
Bulk Cap(s)	1x Teapo (400V, 470uF, 2,000h @ 85°C, LH)
Main Switchers	2x MagnaChip MDP18N50 (500V, 11A @ 100°C, Rds(on): 0.27Ohm)
PFC / PWM Combo Controller	Champion CM6800TX
Topology	Primary side: APFC, Double Forward Secondary side: Passive Rectification & Group Regulation
Secondary Side	-
+12V & 5V SBRs	4x SBR30A60CT (60V, 30A @ 125°C), 2x STMicroelectronics STPS30L45CT (45V, 30A @ 135°C)
3.3V SBRs	2x STMicroelectronics STPS30L45CT (45V, 30A @ 135°C)
Filtering Capacitors	Electrolytic: 10x Teapo (1-3,000h @ 105°C, SC), 2x Elite (1,000h @ 85°C, PS)
Supervisor IC	Weltrend WT7527 (OCP, OVP, UVP, SCP, PG)
Fan Model	DWPH EFS-12E12H (120mm, 12V, 0.50A, Rifle Bearing Fan)
5VSB Circuit	-
Rectifier	1x PFC PFR10L60CT SBR (60V, 10A)
Standby PWM Controller	Power Integrations TNY279PN

Test Results

Temperature & Compliance Info

Temperature Range (°C /°F)	30-32 / 86-89.6
ErP Lot 3/6 Ready	✓
(EU) No 617/2013 Compliance	✓

Performance Summary

Efficiency Rating	BRONZE
Noise Rating	Standard+
Average Efficiency (>1450 load combinations)	82.586%
Average Noise Output (>1450 Load Combinations)	39.05dBA
Average PF (>1450 Load Combinations)	0.988
Efficiency With 10W (≤500W) or 2% (>500W) Load	54.650%
Standby Power Consumption	0.0550W
12V Ripple (Full Load)	56.32mV
5V Ripple (Full Load)	28.27mV
3.3V Ripple (Full Load)	25.71mV
5VSB Ripple (Full Load)	16.64mV
12V Load Regulation	2.39%
5V Load Regulation	2.03%
3.3V Load Regulation	4.06%
5VSB Load Regulation	4.12%
Inrush Current	40.380A

Efficiency Rating	BRONZE
Noise Rating	Standard+
Average Efficiency (>1450 load combinations)	84.845%
Average Noise Output (>1450 Load Combinations)	39.14dBA
Average PF (>1450 Load Combinations)	0.966
Efficiency With 10W (≤500W) or 2% (>500W) Load	0.000%
Standby Power Consumption	0.1212W
12V Ripple (Full Load)	56.63mV
5V Ripple (Full Load)	30.00mV
3.3V Ripple (Full Load)	24.41mV
5VSB Ripple (Full Load)	14.49mV
12V Load Regulation	2.46%
5V Load Regulation	2.24%
3.3V Load Regulation	4.12%
5VSB Load Regulation	4.18%
Inrush Current	74.920A
12V Transient Response (150%)	0.00V
5V Transient Response (150%)	V
3.3V Transient Response (150%)	V
5VSB Transient Response (150%)	V
Hold-Up Time & Power Ok Signal	20.00ms
AC Loss to PWR_OK Hold Up Time	13.50ms
PWR_OK Inactive to DC Loss Delay	6.50ms
PSU Timings: T1 (20% / 100%)	51.0ms	51.0ms
PSU Timings: T3 (20% / 100%)	270.0ms	270.0ms
OPP (27.65°C / 32.89°C)	127.74%	127.27%

Hold-Up Time & Power Ok Signal

Hold-Up Time (ms)	20
AC Loss to PWR_OK Hold Up Time (ms)	13.5
PWR_OK Inactive to DC Loss Delay (ms)	6.5

Vampire Power

Tables

Graphs

INFO

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 & IEC62301 test limits for standby power software testing

INFO

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 & IEC62301 test limits for standby power software testing

Efficiency Graph

INFO

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

INFO

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

INFO

The PSU`s noise in its entire operational range and under 30-32 °C ambient is depicted in this graph. The X axis represents the load on the +12V rail(s) while the Y axis is the load on the minor rails

INFO

The PSU`s noise in its entire operational range and under 30-32 °C ambient is depicted in this graph. The X axis represents the load on the +12V rail(s) while the Y axis is the load on the minor rails

Conducted Emissions EN55032 & CISPR 32

Indicative Performance

Efficiency under high ambient temperature

INFO

The PSU`s efficiency under high ambient temperatures with 115V and 230V input. For this graph the results of the 10-110% load regulation table are used

5VSB Efficiency

INFO

This graph depicts the efficiency levels of the 5VSB rail with 115V and 230V input

5VSB Efficiency (ERP LOT 3/6 & CEC)

Test #	5VSB	DC/AC (Watts)	Efficiency	PF/AC Volts
1	0.045A	0.233	68.328%	0.072
1	5.182V	0.341	68.328%	115.17V
2	0.090A	0.466	74.322%	0.125
2	5.181V	0.627	74.322%	115.17V
3	0.550A	2.845	80.299%	0.323
3	5.171V	3.543	80.299%	115.17V
4	1.000A	5.164	80.511%	0.367
4	5.163V	6.414	80.511%	115.17V
5	1.500A	7.731	80.180%	0.394
5	5.153V	9.642	80.180%	115.17V
6	3.000A	15.378	75.840%	0.438
6	5.126V	20.277	75.840%	115.16V

Test #	5VSB	DC/AC (Watts)	Efficiency	PF/AC Volts
1	0.045A	0.233	56.416%	0.027
1	5.181V	0.413	56.416%	230.35V
2	0.090A	0.466	66.099%	0.046
2	5.181V	0.705	66.099%	230.35V
3	0.550A	2.846	77.379%	0.189
3	5.173V	3.678	77.379%	230.36V
4	1.000A	5.165	79.206%	0.258
4	5.164V	6.521	79.206%	230.35V
5	1.500A	7.731	80.006%	0.299
5	5.153V	9.663	80.006%	230.35V
6	3.000A	15.374	78.744%	0.356
6	5.124V	19.524	78.744%	230.35V

Protection Features

Supplementary Tests (For Reference)

Typical Load Tests

Test #	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	Temps (In/Out)	PF/AC Volts
1	3.542A	1.983A	1.958A	0.972A	64.963	77.838%	832	18.2	30.81°C	0.975
1	12.243V	5.045V	3.368V	5.144V	83.459	77.838%	832	18.2	34.56°C	115.18V
2	8.116A	2.979A	2.952A	1.171A	130.032	83.396%	862	19.2	30.97°C	0.984
2	12.215V	5.033V	3.354V	5.124V	155.921	83.396%	862	19.2	35.23°C	115.17V
3	13.055A	3.479A	3.457A	1.371A	195.036	85.025%	923	21.5	31.30°C	0.981
3	12.178V	5.031V	3.341V	5.106V	229.386	85.025%	923	21.5	36.45°C	115.16V
4	18.017A	3.980A	3.964A	1.572A	260.040	85.423%	1073	26.2	31.69°C	0.984
4	12.146V	5.027V	3.329V	5.090V	304.413	85.423%	1073	26.2	37.59°C	115.16V
5	22.662A	4.986A	4.977A	1.777A	325.081	85.051%	1432	35.0	32.45°C	0.982
5	12.116V	5.016V	3.314V	5.067V	382.220	85.051%	1432	35.0	38.67°C	115.13V
6	27.261A	6.003A	6.002A	1.983A	389.500	84.626%	1427	35.0	32.61°C	0.989
6	12.094V	4.997V	3.300V	5.044V	460.262	84.626%	1427	35.0	39.56°C	115.15V
7	31.963A	7.026A	7.033A	2.188A	454.749	83.896%	1606	38.0	33.67°C	0.993
7	12.065V	4.983V	3.285V	5.028V	542.038	83.896%	1606	38.0	41.24°C	115.11V
8	36.712A	8.002A	8.077A	2.398A	519.889	82.891%	1834	41.7	33.90°C	0.994
8	12.032V	4.970V	3.268V	5.006V	627.197	82.891%	1834	41.7	42.05°C	115.12V
9	41.895A	8.552A	8.602A	2.405A	584.927	82.050%	1864	42.1	34.73°C	0.995
9	11.993V	4.967V	3.255V	4.991V	712.895	82.050%	1864	42.1	43.63°C	115.12V
10	46.871A	9.063A	9.169A	3.025A	649.815	80.860%	2033	44.6	35.53°C	0.996
10	11.950V	4.966V	3.239V	4.959V	803.627	80.860%	2033	44.6	45.01°C	115.15V
11	52.553A	9.051A	9.212A	3.036A	714.727	79.792%	2039	44.7	36.10°C	0.996
11	11.893V	4.973V	3.224V	4.942V	895.741	79.792%	2039	44.7	46.89°C	115.18V
CL1	4.000A	16.001A	16.001A	0.001A	178.761	78.661%	1674	39.1	32.94°C	0.981
CL1	12.375V	4.777V	3.301V	5.078V	227.256	78.661%	1674	39.1	39.23°C	115.17V
CL2	52.018A	1.000A	1.000A	1.000A	626.563	81.481%	2007	44.2	35.11°C	0.996
CL2	11.786V	5.172V	3.272V	5.036V	768.970	81.481%	2007	44.2	45.83°C	115.16V

The results above are not used in the certification process

Test #

12V

5V

3.3V

5VSB

DC/AC (Watts)

Efficiency

Fan Speed (RPM)

PSU Noise (dB[A])

Temps (In/Out)

PF/AC Volts

1

3.541A

1.981A

1.960A

0.972A

64.953

79.387%

827

17.9

30.16°C

0.905

12.244V

5.046V

3.368V

5.144V

81.818

34.26°C

230.28V

2

8.112A

2.981A

2.949A

1.171A

129.999

85.191%

848

18.7

30.50°C

0.943

12.217V

5.033V

3.354V

5.124V

152.597

35.26°C

230.13V

3

13.049A

3.478A

3.457A

1.372A

195.000

86.906%

910

21.0

31.64°C

0.957

12.181V

5.030V

3.342V

5.104V

224.381

36.96°C

230.21V

4

18.017A

3.978A

3.965A

1.573A

260.006

87.356%

1114

27.4

32.08°C

0.964

12.144V

5.029V

3.329V

5.087V

297.639

37.73°C

230.24V

5

22.653A

4.988A

4.979A

1.782A

325.040

87.192%

1316

32.5

32.43°C

0.969

12.119V

5.013V

3.314V

5.052V

372.788

38.39°C

230.23V

6

27.264A

6.006A

6.002A

1.992A

389.455

86.806%

1504

36.7

33.18°C

0.974

12.092V

4.996V

3.299V

5.006V

448.650

40.08°C

230.27V

7

31.978A

7.025A

7.039A

2.197A

454.779

86.280%

1718

40.0

33.71°C

0.977

12.060V

4.984V

3.283V

5.008V

527.097

41.16°C

230.27V

8

36.721A

8.002A

8.082A

2.400A

519.868

85.650%

1847

41.8

33.80°C

0.978

12.028V

4.971V

3.267V

5.002V

606.969

42.17°C

230.27V

9

41.911A

8.560A

8.607A

2.408A

585.011

85.010%

1976

44.0

34.70°C

0.981

11.990V

4.965V

3.253V

4.983V

688.168

43.98°C

230.30V

10

46.904A

9.067A

9.180A

3.029A

649.885

84.075%

2049

44.9

34.84°C

0.973

11.943V

4.964V

3.235V

4.954V

772.986

45.41°C

230.27V

11

52.585A

9.047A

9.220A

3.040A

714.724

83.160%

2063

The results above are not used in the certification process

Light Load Tests

Test #	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	PF/AC Volts
1	1.213A	0.493A	0.488A	0.193A	19.997	61.327%	815	17.3	0.933
1	12.236V	5.085V	3.381V	5.172V	32.607	61.327%	815	17.3	115.19V
2	2.425A	0.987A	0.978A	0.388A	39.986	72.454%	804	17.1	0.965
2	12.238V	5.069V	3.376V	5.163V	55.188	72.454%	804	17.1	115.19V
3	3.642A	1.483A	1.469A	0.582A	60.014	77.775%	815	17.3	0.971
3	12.235V	5.059V	3.371V	5.154V	77.164	77.775%	815	17.3	115.18V
4	4.853A	1.981A	1.961A	0.778A	79.963	80.145%	823	17.8	0.974
4	12.231V	5.049V	3.366V	5.145V	99.773	80.145%	823	17.8	115.18V

The results above are not used in the certification process

Test #	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	PF/AC Volts
1	1.212A	0.491A	0.489A	0.193A	19.981	62.450%	792	16.6	0.799
1	12.238V	5.086V	3.382V	5.173V	31.995	62.450%	792	16.6	230.24V
2	2.424A	0.986A	0.978A	0.387A	39.970	74.014%	809	17.2	0.863
2	12.239V	5.072V	3.377V	5.163V	54.003	74.014%	809	17.2	230.23V
3	3.642A	1.479A	1.468A	0.582A	60.001	79.104%	816	17.3	0.896
3	12.237V	5.060V	3.372V	5.155V	75.851	79.104%	816	17.3	230.23V
4	4.852A	1.981A	1.961A	0.777A	79.952	81.858%	826	17.9	0.921
4	12.232V	5.050V	3.366V	5.145V	97.672	81.858%	826	17.9	230.21V

The results above are not used in the certification process

Ripple Measurements

Test	12V	5V	3.3V	5VSB	Pass/Fail
10% Load	12.40mV	15.70mV	11.60mV	9.40mV	Pass
20% Load	14.00mV	16.00mV	12.40mV	8.10mV	Pass
30% Load	16.50mV	15.40mV	12.30mV	9.00mV	Pass
40% Load	17.00mV	17.10mV	13.60mV	11.00mV	Pass
50% Load	20.90mV	19.60mV	14.70mV	13.30mV	Pass
60% Load	23.10mV	19.90mV	15.00mV	18.30mV	Pass
70% Load	25.90mV	21.10mV	15.70mV	17.10mV	Pass
80% Load	32.20mV	23.00mV	23.80mV	19.00mV	Pass
90% Load	38.70mV	22.50mV	24.70mV	18.50mV	Pass
100% Load	56.30mV	28.30mV	25.70mV	16.60mV	Pass
110% Load	63.90mV	28.40mV	25.60mV	16.90mV	Pass
Crossload1	28.90mV	53.50mV	32.60mV	17.70mV	Fail
Crossload2	63.60mV	23.80mV	18.20mV	9.50mV	Pass

The results above are not used in the certification process

Test	12V	5V	3.3V	5VSB	Pass/Fail
10% Load	12.40mV	15.10mV	11.30mV	8.60mV	Pass
20% Load	13.90mV	16.00mV	12.30mV	8.50mV	Pass
30% Load	15.90mV	16.10mV	12.50mV	9.30mV	Pass
40% Load	14.60mV	17.40mV	11.80mV	11.30mV	Pass
50% Load	19.30mV	18.50mV	12.70mV	22.80mV	Pass
60% Load	23.10mV	19.90mV	14.80mV	23.20mV	Pass
70% Load	26.20mV	21.60mV	14.70mV	16.90mV	Pass
80% Load	32.00mV	22.90mV	22.40mV	17.20mV	Pass
90% Load	40.40mV	22.90mV	23.20mV	18.70mV	Pass
100% Load	56.60mV	30.00mV	24.40mV	14.50mV	Pass
110% Load	65.90mV	31.20mV	24.10mV	16.60mV	Pass
Crossload1	29.20mV	58.10mV	32.60mV	17.10mV	Fail
Crossload2	62.70mV	25.60mV	17.60mV	9.70mV	Pass

The results above are not used in the certification process

EVGA 650 N1

Top side

Power specifications label

All data and graphs included in this test report can be used by any individual on the following conditions:
› It should be mentioned that the test results are provided by Cybenetics
› The link to the original test results document should be provided in any case

Cybenetics offers the ETA and Lambda voluntary certification programs, through which the efficient and silent power supplies are promoted

CYBENETICS LTD Syrou 6, Latsia, 2231, Nicosia Cyprus

www.cybenetics.com - info@cybenetics.com