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1 ISO/IEC

2 EMC EMC 2

3 1/3 VLAC- 007 Lab Code : * TUV ULUnderwriters Laboratories Inc. 3

4 2/3 2 Electromagnetic Interference Electromagnetic Susceptibility Electromagnetic Compatibility 4

5 3/3 5

6 EMC 1/6 ( ) 5.2 FCC ( Federal Communications Commission) International Special Committee on Radio Interference) 6

7 EMC 2/6 7

8 EMC 3/6 CSR ICT1 ICT2 ICT EMC ICTET IT EMC 8

9 EMC 4/6 EMC

10 EMC VCCI T.T FCC T.T CE 1996 TUVEN45001CB 1997 NVLAPISO VLAC VLAC T.T VLAC T.T. 10

11 EMC Gr VCCI(85~) (96~) (97~) 8707 (01~) JNLA(09~)

12 EMC EMC 12

13 13

14 14

15 1/10 Step1 Step2 Step3 2 Ex etc Step4 15

16 2/10 Step5 Step6 Step7 Step8 Step1 Option 16

17 1 3/10 1. CISPR22 Ed.5.2/2006 1GHzEMI CISPR GHz 1GHz 6 CISPR16-1-4/2007 Step

18 1 4/10 Step VCCI VCCIVCCI-VT026) 18

19 1 5/10 Step No VCCI SBA GH POD16 1-6GHBiconical) SBA GHBiconical) POD GHBiconical) 1-6GHz SUCOFLEX104 ETS Lindgren GHzDRGH) ETS Lindgren GHzDRGH) BBHA9120E BBHA9121B LPD118A 1-18GHzLPDA) AF37dB 1-6GHz SUCOFLEX106 SUCOFLEX GHz 1-6GHz Agilent 8449B GHz EAU-3618GXA NCL GHz SUCOFLEX104 Agilent 8753D 300KH-6GH R&S ZVL6 9KH-6GH ADVANTEST 37770B 300KH-20GH Agilent E8427C CombGenerator Agilent 8563E EP5RE PFP 30cm R&S ESIB ESIB40 U

20 1 6/10 Step

21 1 7/10 Step

22 1 8/10 Step HTBasic 10mNo.3 Svswr 3 Anechoic Room No1 IDNo Svswr Tx Positioner Operation 3000mm mm <6dB ZVL6 Model SBA9113/9112 Svswr 3.7 db ok VNA ZVL6 Horikawa HTBasicProgram SvswrZVL6.prg %RH Svswr[dB] END Workbook name Worksheet name ID Sheet Svswr MeasNo Position 31 M01 Front 1m Horizontal 3000 mm M01 Svswr No1site Front 1m H 0.8 db ok M02 Front 1m Vertical 3000 mm M02 Svswr No1site Front 1m V 1.2 db ok M03 Center 1m Horizontal 4500 mm M03 Svswr No1site Center 1m H 3.7 db ok M04 Center 1m Vertical 4500 mm M04 Svswr No1site Center 1m V 3.0 db ok M05 Right 1m Horizontal 4343 mm M05 Svswr No1site Right 1m H 3.2 db ok M06 Right 1m Vertical 4343 mm M06 Svswr No1site Right 1m V 3.3 db ok M07 Left 1m Horizontal 4343 mm M07 Svswr No1site Left 1m H 3.5 db ok M08 Left 1m Vertical 4343 mm M08 Svswr No1site Left 1m V 3.3 db ok M09 Front 2m Horizontal 3000 mm M09 Svswr No1site Front 2m H 0.5 db ok M10 Front 2m Vertical 3000 mm M10 Svswr No1site Front 2m V 0.8 db ok mNo.3 Svswr 3m Frequency[GHz] M01 Front 1m H Limit[dB] M02 Front 1m V M03 Center 1m H M04 Center 1m V M05 Right 1m H M06 Right 1m V M07 Left 1m H M08 Left 1m V M09 Front 2m H M10 Front 2m V 10mNo.3 Svswr 3m Left Left Anechoic Room No1 IDNo Svswr 8 Svswr[dB] 3000mm Limit[dB] 10mNo.3 Svswr 3m Left 3000mm Horikawa 6 Left MeasNo Anechoic Room M07 No1 IDNo Svswr 8 5 Svswr[dB] Position Left 3000mm 45 %RH Limit[dB] 10mNo.3 Svswr 3m Left 1m 3000mm <6dB Horikawa 6 Left 3 MeasNo Anechoic Room Horizontal M07 No1 Svswr IDNo 3.5 db Svswr 8 5 Svswr[dB] 2 P6 Position 5642mm Left 3000mm ok 45 %RH Limit[dB] 10mNo.3 Svswr Model SBA9113/9112 VNA ZVL6 1 3m Left 1m 3000mm <6dB Horikawa 6 Left 3 MeasNo Anechoic Room Horizontal M07 HTBasicProgram No1 Svswr SvswrZVL6.prg IDNo 3.5 db Svswr 8 5 Svswr[dB] Workbook name 0 ID 1 2 P6Position 5642mm Left 3000mm ok 45 %RH Limit[dB] 4 Frequency[GHz] Sheet Model M07 Svswr No1site SBA9113/9112 Left 1m H 1m VNA 3000mm ZVL637 <6dB Horikawa 1 6 MeasNo 3 Horizontal HTBasicProgram M07 Svswr SvswrZVL6.prg 3.5 db Workbook name P6 CALDIRECT 0 Position 5642mm Left ID ok 451%RH 2 2 Ambient (-60dBm VNA Measurement DATA Frequency[GHz] L1 10 Sheet Model M07 Svswr No1site Left SBA9113/9112 1m H 1m 0 VNA ZVL6 37 <6dB 1 10mNo.3 Svswr 3m Left 3 Left 0 Horizontal HTBasicProgramSvswr 1 Anechoic SvswrZVL6.prg 2 Room 3.5 db 0 3 4No1 5 6 CALDIRECT 2 IDNo Svswr 8-10 Workbook name P mm-10 IDok L2 5 6 Svswr[dB] Ambient (-60dBm VNA Measurement 3000mmDATA L Sheet Model M07 Svswr No1site Left SBA9113/9112 1m H VNA ZVL6 1 Frequency[GHz] Limit[dB] 37 10mNo.3 Svswr 3m Left mm Horikawa 6 Left -20 HTBasicProgram SvswrZVL6.prg MeasNo Anechoic 2 Room 3 M07 4No1 5 6 Workbook namecaldirect 0 L ID 1 IDNo Svswr Svswr[dB] L2 Ambient (-60dBm -30 Position VNA Left Measurement 3000mm DATA L1 Sheet M07 Svswr No1site Left 1m H Frequency[GHz] 45 %RH Limit[dB] mNo.3 Svswr 3m Left m 3000mm <6dB Horikawa 6 Left CALDIRECT 1 MeasNo Anechoic 2 Room Horizontal 3 M07 4No1 Svswr 5 IDNo L4 3.5 db Svswr 8 L3 5 Svswr[dB] L2 Ambient (-60dBm -30 VNA Measurement DATA 2 P6 Position 5642mm Left 3000mm ok 45 %RH L Limit[dB] mNo.3 Svswr Model 0 SBA9113/9112 VNA ZVL6 1 3m Left -20 1m 3000mm <6dB Horikawa 6 Left L MeasNo Anechoic 2Room Horizontal 3 M07 HTBasicProgram 4No1 Svswr SvswrZVL6.prg 5 L4 IDNo 3.5 db Svswr 8 L3 5 Svswr[dB] L2 Workbook -30 name 0 ID 1 2 P6Position 5642mm Left 3000mm ok 45 %RH Limit[dB] Frequency[GHz] -70 Sheet Model -20 M07 Svswr No1site SBA9113/9112 Left 1m H 1m VNA 3000mm ZVL637 <6dB Horikawa 1 6 Frequency[GHz] Frequency[GHz] L MeasNo L5 3 Horizontal HTBasicProgram M07 Svswr SvswrZVL6.prg L4 3.5 db L Workbook -30 name P6 CALDIRECT 0 Position 5642mm Left ID ok 451%RH Ambient 11 (-60dBm VNA Measurement DATA Frequency[GHz] L1 10 Sheet Model M07 Svswr No1site Left SBA9113/9112 1m H 1m HomePosition cellfrequency[ghz] TIME 14:23:30 16:35:07 16:35:27 Frequency[GHz] L VNA ZVL6 37 <6dB :35:49 16:36:08 16:36:27 16:36:43 L5 L Horizontal HTBasicProgramSvswr SvswrZVL6.prg 3.5 db PASS PASS PASS PASS PASS PASS PASS Data clear CALDIRECT 2-10 Workbook name P mm IDok L PASS FAILE 9FAILE 10FAILE Ambient 11 (-60dBm FAILE 12FAILE 13PASS 14 VNA Measurement DATA L Sheet Model M07 Svswr No1site Left SBA9113/9112 1m H VNA ZVL6 1 Frequency[GHz] LoAnt HomePosition cell Frequency[GHz] TIME Svswr= 3.514:23:30No No Yes 16:35:07 Yes 16:35:27 Yes Frequency[GHz] 0 37 L :35:49 Yes 16:36:08 Yes 16:36:27-20 Yes 16:36:43 HTBasicProgram L5 SvswrZVL6.prg AllAnt HiAnt Point Point 6 PASS CAL Ambient Point 1 PASS Point 2 PASS Workbook Point 3name PASS CALDIRECT Point 0 4 PASS Point 5 PASS Point 6 PASS L3 Data clear ID L mm 3 PASS 4 400mm mm mm -70 8FAILE 300mm FAILE 9 180mm 10 FAILE Ambient 100mm 11 (-60dBm FAILE 20mm 12 FAILE -30 0mm 13 PASS 14 VNA Measurement DATA Frequency[GHz] L1 Sheet M07 Svswr No1site Left 1m H 37 STOP LoAnt cell0.00 Frequency[GHz] dbsvswr= TIME :23:30 db No0.00 db No0.60 db Yes 0.45 db 16:35:07 Yes 0.27 db 16:35:27 Yes 0.15 Frequency[GHz] 0 L6 HomePosition db 16:35:49 Yes 0.03 db 16:36:08 Yes 0.00 db 16:36:27-20 Yes 16:36:43 AllAnt No Freq[GHz] HiAnt Point VNA Point 6CALPASSCAL AmbientAmbient Point 1 PASS Point 2 PASS Point 3 PASS Point CALDIRECT L4 6 4 PASS Point 5 PASS Point 6 PASS L3 Data clear 0mm DIRECT -70 PASS 400mm (-60dBm400mmL mm L L FAILE 8300mm L3 FAILE 180mm 9 L4 FAILE 100mm Ambient L5 FAILE 11 (-60dBm 20mmL6 FAILE mm PASS VNA Measurement DATA L STOP75.0LoAnt HomePosition cell 0.00 db Svswr= TIME dB14:23:30 No 0.00 db -39.1No 0.60 db-39.1yes 0.45 db :35:07 Yes 0.27 db :35:27 Yes 0.15 db :35:49 Yes 0.03 db :36:08 Yes 0.00 db 16:36:27 Yes 16:36: No Freq[GHz] VNA L5 5 AllAnt Point Point CAL 6 PASS Ambient CAL Ambient Point 1 Point PASS2 Point PASS3 Point PASS4-60 Point PASS5 Point PASS6 PASS L4 6 L3 HiAnt Data clear mm DIRECT400mm (-60dBm mm L L2 PASS mm L mm FAILE L mm FAILE L mm FAILE L FAILE 20mm L FAILE 0mm PASS STOP LoAnt db Svswr= db No db No db YesdB YesdB Yes -70 db YesdB YesdB -20 Yes Frequency[GHz] No Freq[GHz] VNA Frequency[GHz] L6 Point L5 AllAnt Point CAL 6 Ambient CAL Ambient Point 1 Point 2 Point 3 Point Point 5 Point 6 L4 L3 HiAnt DIRECT 0mm (-60dBm 400mm L mm-38.6 L mm-38.3 L mm-38.4 L mm-38.3 L mm mm L6-30 0mm STOP db db db db db db db db 0.00 db No Freq[GHz] VNA HomePosition cellfrequency[ghz] TIME 14:23:30 16:35:07 16:35:27 Frequency[GHz] L :35:49 16:36:08 16:36:27 16:36:43 L5 L CAL Ambient DIRECT (-60dBm L1 L2 PASS L3 L4 L5 PASS L6 PASS PASS PASS PASS PASS Data clear PASS FAILE 9FAILE 10FAILE 11FAILE 12FAILE 13PASS LoAnt HomePosition cell Frequency[GHz] TIME Svswr= 3.514:23:30No No Yes 16:35:07 Yes 16:35:27 Yes Frequency[GHz] L :35:49 Yes 16:36:08 Yes 16:36:27 Yes 16:36:43 L AllAnt HiAnt Point -100 Point 6 PASS CAL Ambient Point 1 PASS Point 2 PASS Point 3 PASS Point 4 PASS Point 5 PASS Point 6 PASS Data clear mm 3 PASS 4 400mm mm mm -70 8FAILE 300mm FAILE 9 180mm 10 FAILE 100mm 11 FAILE 20mm 12 FAILE 0mm 13 PASS STOP LoAnt cell0.00 Frequency[GHz] dbsvswr= TIME :23:30 db No0.00 db No0.60 db Yes 0.45 db 16:35:07 Yes 0.27 db 16:35:27 Yes 0.15 Frequency[GHz] L6 HomePosition db 16:35:49 Yes 0.03 db 16:36:08 Yes 0.00 db 16:36:27 Yes 16:36: AllAnt No Freq[GHz] HiAnt Point VNA Point 6CALPASSCAL AmbientAmbient Point 1 PASS Point 2 PASS Point 3 PASS Point 4 PASS Point 5 PASS Point 6 PASS Data clear DIRECT mm PASS 400mm (-60dBm mmL1 7400mm L2 FAILE 8300mm L3 FAILE 180mm 9 L4 FAILE 100mm L5 FAILE 11 20mmL6 FAILE 120mm PASS STOP LoAnt HomePosition cell db Svswr= TIME db14:23:30 No db No 0.60 db-39.1yes 0.45 db :35:07 Yes 0.27 db :35:27 Yes 0.15 db :35:49 Yes 0.03 db :36:08 Yes 0.00 db 16:36:27 Yes 16:36: AllAnt No-39.5Freq[GHz] Point VNA Point CAL 6 PASS Ambient CAL Ambient Point 1 Point PASS2 Point PASS3 Point PASS4 Point PASS5 Point PASS6 PASS HiAnt Data clear mm DIRECTPASS 400mm (-60dBm mm L mm L mm FAILE L mm FAILE L mm FAILE L FAILE 20mm L6 FAILE 0mm PASS STOP LoAnt db Svswr= db No db No db YesdB YesdB YesdB YesdB YesdB Yes AllAnt No Freq[GHz] HiAnt Point VNA Point CAL 6 Ambient CAL Ambient Point 1 Point 2 Point 3 Point 4 Point 5 Point DIRECT 0mm (-60dBm 400mm mm L mm L mm L mm L mm L mm L6 0mm STOP db db db db db db db db 0.00 db No Freq[GHz] VNA CAL Ambient DIRECT (-60dBm L1 L2 L3 L4 L5 L VNA Value [db] VNA Value [db] VNA Value [db] VNA Value [db] VNA Value [db] 22 VNA Value [db] VNA Value [db] VNA Value [db] Svswr[dB] VNA Value [db] VNA Value [db] Svswr[dB] VNA Value [db] Svswr[dB] VNA Value [db] Svswr[dB] VNA Value [db] VNA Value [db] VNA Value [db] Svswr[dB] VNA Value [db] Svswr[dB] Svswr[dB] Svswr[dB]

23 1 8/10 Step Step

24 1 9/10 Step

25 1 10/10 Step5-2 VCCI VCCI1GHz 2009/4/1 Step CISPR221GHz NVLAP

26 2 1/8 2 CE ICNIRP EMI 26

27 2 2/8 Step1 2 27

28 2 3/8 Step2 A B C A 28

29 2 4/8 Step3 29

30 2 5/8 Step4 2 30

31 2 6/8 Step5 2 EMF EXEL 31

32 2 7/8 Step6 IEC

33 2 8/8 Step7 VLAC IEC62333EN50366VLAC 33

34 34

35 EMC EMC NE 35

EMC とは何か

EMC とは何か EMC e 2013 10 (2004 2 ) 1 1 2 EMC 1 2.1 EMC......... 1 2.2...... 2 2.3 EMC.............. 2 3 EMC 3 3.1............ 3 3.2............ 6 3.3 EMC.......... 6 4 7 4.1 ( ) 7 4.2................. 9 4.3 ( )..