Cybenetics Test - EVGA SuperNOVA 1600 T2

EVGA SuperNOVA 1600 T2

Serial Number1403441610800013

Lab ID200

Certification ID25200

Test Result Report ID:
Certificate Issue Date: Oct 20, 2018

	115V	230V
Scheme: ETA-EMI PSU

115V	230V
		Scheme: LAMBDA PSU

Aristeidis Bitziopoulos, Certification Body General Manager

General Information

DUT Information

Brand	EVGA
製造商 (OEM)	Super Flower
Series	SuperNOVA
Model Number
Serial Number	1403441610800013
DUT Notes

DUT Specifications

Rated Voltage (Vrms)	115-240
Rated Current (Arms)	17-10
Rated Frequency (Hz)	50-60
Rated Power (W)	1600
Type	ATX12V
Dimensions (W x H x D)
Cooling	140mm Double Ball-Bearing Fan (RL4Z B1402512EH)
Semi-Passive Operation	✓ (selectable)
Cable Design	Fully Modular

Power Specifications

Rail		3.3V	5V	12V	5VSB	-12V
Max. Power	Amps	24	24	133.3	3	0.5
Max. Power	Watts	120		1599.6	15	6
Total Max. Power (W)		1600

Test Equipment

Electronic Loads	Chroma 63601-5 x2 Chroma 63600-2 Chroma 63640-80-80 x10 Chroma 63610-80-20
AC Sources	Chroma 6530, APM SP300VAC4000W-P, GW Instek ASR-3500
Power Analyzers	Rohde & Schwarz HMC8015 & NPA701
Oscilloscopes	Picoscope 4444, Siglent SDS2104X PLUS
Sound Analyzer	Bruel & Kjaer 2270 G4
Microphone	Bruel & Kjaer Type 4955-A
Temperature Logger	Picoscope TC-08
Tachometer	UNI-T UT372
Multimeters	Keysight 34465A
EMI Analyzer	TekBox TBMR-110M-EU
Isolation Transformer	4kVA
UPS	FSP Champ Tower 3kVA, CyberPower OLS3000E 3kVA
Testing Methodology	Cybenetics PSU Test Protocol

Cables and Connectors(Non-accredited measurements)

Modular Cables
Description	Cable Count	Connector Count (Total)	Gauge	In Cable Capacitors
ATX connector 20+4 pin (600mm)	1	1	16-22AWG	Yes
4+4 pin EPS12V (750mm)	2	2	16-22AWG	Yes
6+2 pin PCIe (750mm+150mm)	5	10	16-22AWG	Yes
6+2 pin PCIe (750mm)	4	4	16-22AWG	Yes
SATA (550mm+100mm+100mm+100mm)	3	12	18-20AWG	No
SATA (550mm+100mm) / 4 pin Molex (+100mm+100mm)	1	2 / 2	18AWG	No
4 pin Molex (550mm+100mm+100mm)	1	3	18AWG	No
FDD Adapter (+100mm)	2	2	20AWG	No
AC Power Cord (1720mm) - C19 coupler	1	1	16AWG	No

Parts Description

General Data
Manufacturer (OEM)	Super Flower
Platform Model	Leadex Titanium
Primary Side
Transient Filter	6x Y caps, 2x X caps, 2x MC chokes, 1x MOV, NTC Thermistor
Inrush Protection	NTC Thermistor & Relay
Bridge Rectifier(s)	Bridgeless Design - 1x US30K80R & 8x Infineon MOSFETs
APFC MOSFETS	8x Infineon MOSFETs
APFC Boost Diodes	4x Infineon IDL10G65C5 (650V, 10A @ 125°C)
Hold-up Cap(s)	4x Nippon Chemi-Con (400V, 390uF each. 1560uF combined, 2000h @ 105°C, KMW)
Main Switchers	4x Infineon IPP50R140CP (550V, 15A @ 100°C, 0.14Ohm)
APFC Controller	SF29603
LLC Resonant Controller	SFAA9013
Topology	Primary side: Bridgeless PFC, Full-Bridge & LLC Resonant Controller Secondary side: Synchronous Rectification & DC-DC converters
Secondary Side
+12V MOSFETS	12x Infineon BSC027N04LS G (40V, 88A @ 100°C, 2.7mOhm)
5V & 3.3V	DC-DC Converters: 8x Infineon IPD060N03Β (30V, 47A @ 100°C, 9.5mOhm) PWM Controller: APW7159C
Filtering Capacitors	Electrolytics: Nippon Chemi-Con (1-5,000 @ 105°C, KZE ), Nippon Chemi-Con (4-10,000 @ 105°C, KY ), Nippon Chemi-Con (W, 105°C), Nippon Chemi-Con (1,000 @ 105°C, KRG ) Polymers: Nippon Chemi-Con
Supervisor IC	AA9013 & LM324ADG
Fan Model	Globe Fan RL4Z-B1402512EH (140mm, 12V, 0.6A, 2000 RPM, 153.47 CFM, 39.5 dB(A), 70,000-hour MTBF)
5VSB Circuit
Rectifier	1x Mospec S10C60C SBR (60V, 10A)
Standby PWM Controller	29604

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 115V

效率評比	TITANIUM
噪音評比	Standard++
Average Efficiency (>1450 load combinations)	91.769%
Average Noise Output (>1450 Load Combinations)	34.51dBA
Average PF (>1450 Load Combinations)	0.992
Efficiency With 10W (≤500W) or 2% (>500W) Load	0.000%
Standby Power Consumption	0.1114W
12V Ripple (Full Load)	12.09mV
5V Ripple (Full Load)	29.38mV
3.3V Ripple (Full Load)	20.39mV
5VSB Ripple (Full Load)	19.73mV
12V Load Regulation	0.21%
5V Load Regulation	0.46%
3.3V Load Regulation	0.91%
5VSB Load Regulation	1.46%
Inrush Current	83.895A

Hold-Up Time & Power Ok Signal

Hold-Up Time (ms)	21.4
AC Loss to PWR_OK Hold Up Time (ms)	17.7
PWR_OK Inactive to DC Loss Delay (ms)	3.7

待機電源消耗

Tables 115V

Graphs 115V

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

115V

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

115V

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) 115V

Test #	5VSB	DC/AC (Watts)	Efficiency	PF/AC Volts
1	0.045A	0.229	59.021%	0.021
1	5.078V	0.388	59.021%	115.39V
2	0.090A	0.457	68.825%	0.036
2	5.077V	0.664	68.825%	115.38V
3	0.550A	2.788	78.779%	0.176
3	5.068V	3.539	78.779%	115.38V
4	1.000A	5.061	79.525%	0.276
4	5.060V	6.364	79.525%	115.38V
5	1.500A	7.578	79.852%	0.349
5	5.051V	9.490	79.852%	115.37V
6	3.000A	15.064	78.426%	0.461
6	5.021V	19.208	78.426%	115.36V

Protection Features

Supplementary Tests (For Reference)

Typical Load Tests 115V

Test #	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	Temps (In/Out)	PF/AC Volts
1	11.414A	1.985A	1.998A	0.988A	160.092	90.819%	0	<6.0	47.34°C	0.974
1	12.133V	5.041V	3.303V	5.061V	176.276	90.819%	0	<6.0	38.29°C	115.58V
2	23.815A	2.976A	3.000A	1.187A	319.772	93.294%	0	<6.0	47.88°C	0.991
2	12.130V	5.039V	3.300V	5.055V	342.759	93.294%	0	<6.0	38.49°C	115.48V
3	36.551A	3.476A	3.488A	1.387A	479.302	93.680%	0	<6.0	49.71°C	0.994
3	12.128V	5.037V	3.297V	5.050V	511.636	93.680%	0	<6.0	38.76°C	115.35V
4	49.359A	3.974A	4.007A	1.586A	639.786	93.559%	947	26.7	41.12°C	0.997
4	12.127V	5.035V	3.294V	5.044V	683.830	93.559%	947	26.7	52.84°C	115.12V
5	61.801A	4.969A	5.012A	1.787A	799.905	93.231%	947	26.7	41.36°C	0.998
5	12.126V	5.033V	3.291V	5.038V	857.985	93.231%	947	26.7	53.56°C	114.99V
6	74.258A	5.966A	6.021A	1.988A	960.039	92.618%	947	26.7	41.80°C	0.998
6	12.123V	5.030V	3.288V	5.032V	1036.557	92.618%	947	26.7	55.86°C	114.85V
7	86.686A	6.964A	7.030A	2.189A	1119.748	91.946%	980	30.7	42.91°C	0.998
7	12.120V	5.028V	3.285V	5.027V	1217.833	91.946%	980	30.7	58.43°C	114.61V
8	99.191A	7.962A	8.043A	2.391A	1280.309	91.062%	1515	43.3	44.37°C	0.998
8	12.117V	5.025V	3.282V	5.021V	1405.974	91.062%	1515	43.3	60.22°C	114.45V
9	112.022A	8.464A	8.539A	2.392A	1439.664	90.289%	1977	50.2	45.86°C	0.998
9	12.115V	5.023V	3.279V	5.018V	1594.513	90.289%	1977	50.2	61.82°C	114.28V
10	124.704A	8.966A	9.065A	2.998A	1600.008	89.364%	1977	50.2	46.63°C	0.997
10	12.111V	5.021V	3.276V	5.004V	1790.430	89.364%	1977	50.2	62.84°C	114.11V
11	137.930A	8.968A	9.072A	2.999A	1759.901	89.346%	1977	50.2	46.90°C	0.997
11	12.109V	5.019V	3.273V	5.003V	1969.754	89.346%	1977	50.2	63.50°C	114.05V
CL1	0.742A	14.004A	13.998A	0.000A	125.667	85.442%	980	30.7	43.21°C	0.967
CL1	12.137V	5.033V	3.299V	5.077V	147.078	85.442%	980	30.7	53.57°C	115.60V
CL2	133.351A	1.004A	1.001A	1.000A	1628.387	89.541%	1977	50.2	46.53°C	0.997
CL2	12.111V	5.027V	3.279V	5.044V	1818.591	89.541%	1977	50.2	62.77°C	114.10V

The results above are not used in the certification process

Light Load Tests 115V

Test #	12V	5V	3.3V	5VSB	DC/AC (Watts)	Efficiency	Fan Speed (RPM)	PSU Noise (dB[A])	PF/AC Volts
1	1.191A	0.496A	0.483A	0.197A	19.554	65.361%	0	<6.0	0.797
1	12.137V	5.045V	3.307V	5.078V	29.917	65.361%	0	<6.0	115.76V
2	2.443A	0.992A	0.996A	0.394A	39.944	78.182%	0	<6.0	0.895
2	12.136V	5.044V	3.306V	5.074V	51.091	78.182%	0	<6.0	115.73V
3	3.628A	1.487A	1.481A	0.592A	59.424	83.076%	0	<6.0	0.931
3	12.136V	5.043V	3.305V	5.070V	71.530	83.076%	0	<6.0	115.70V
4	4.883A	1.983A	1.999A	0.790A	79.860	85.842%	0	<6.0	0.946
4	12.135V	5.042V	3.304V	5.066V	93.031	85.842%	0	<6.0	115.68V

The results above are not used in the certification process

Ripple Measurements 115V

Test	12V	5V	3.3V	5VSB	Pass/Fail
10% Load	2.8 mV	4.9 mV	4.8 mV	4.9 mV	Pass
20% Load	4.5 mV	7.6 mV	6.5 mV	5.9 mV	Pass
30% Load	6.2 mV	10.5 mV	8.3 mV	6.5 mV	Pass
40% Load	7.5 mV	12.3 mV	9.9 mV	7.1 mV	Pass
50% Load	8.6 mV	15.2 mV	13.2 mV	8.8 mV	Pass
60% Load	9.3 mV	17.1 mV	13.5 mV	9.7 mV	Pass
70% Load	9.9 mV	19.3 mV	14.5 mV	10.3 mV	Pass
80% Load	10.0 mV	21.2 mV	17.0 mV	11.3 mV	Pass
90% Load	11.0 mV	24.9 mV	18.7 mV	14.2 mV	Pass
100% Load	12.1 mV	29.4 mV	20.4 mV	19.7 mV	Pass
110% Load	13.1 mV	31.4 mV	22.8 mV	19.6 mV	Pass
Crossload 1	2.5 mV	7.2 mV	7.7 mV	11.5 mV	Pass
Crossload 2	12.2 mV	28.7 mV	19.0 mV	18.4 mV	Pass

The results above are not used in the certification process

EVGA SuperNOVA 1600 T2

Top side

Power specifications label