Xilinx A-U200-A64G, Руководство пользователя

Страница: 30 / 39

1821XIxb1525_fc c2 Page 30 of 35
Atlas Compliance & Engineering, Inc.
1792 Little Orchard Street
San Jose, CA 95125
Phone 408.971.9743
Fax 408-971-9783
Web www.atlasce.com
Report of Measurements Conducted Data
The following table reports the results of the conducted measurements for the
Specialized Reprogrammable Hardware, A-U200-A64G
Table 10 - Six Highest Conducted Emission Levels
Frequency
MHz
Level
dB

V
Detector
Limit
dB

V
Margin
dB Phase
PE
Termination
0.195 57.54 AV 66.00 -8.46 L1 gnd
0.195 57.15 AV 66.00 -8.85 N gnd
0.195 63.23 QP 79.00 -15.77 N gnd
0.195 62.21 QP 79.00 -16.79 L1 gnd
0.26 45.30 AV 66.00 -20.70 L1 gnd
0.26 45.04 AV 66.00 -20.96 N gnd
Test Method:
ANSI C63.4-2014 Note: L1 = Line side
Spec Limit: 15.107(b) Class A N = Neutral side
QP = Quasi-Peak
AV = Average
COMMENTS: System continuously running with XBB Demo program as observed on the host PC monitor,
power source 115 VAC, 60 Hz. Ambient temperature 67

F and relative humidity of 37%. The ambient
temperature of the actual EUT was within the range of 10

to 40

C (50

to 104

F) unless the particular
equipment requirements specify testing over a different temperature range. The humidity levels were within the
range of 10% to 90% relative humidity unless the EUT operating requirements call for a different level. Test
software used to collect the emissions data from the ESPC receiver was EMI Test Software _ ESPC-K1 Version
2.02.06e from Rohde & Schwarz.