技 術 基 準 - VCCI協会
Contents
1. 25 6 1 6 1 12. 1GHz EUT
3. 7 RE
4. 31
5. 17 5 3 3 16GHz 5 3 3 1 5 3 3 6
6. 28
7. 1 1 6 1 7
8. 1m 4m 16 5 3 2 2 1GHz 1 GHz
9. 29 6 2 NN O
10. 0 3m 6 1 3 3m 1 2 lm 10m 3m 1 D72X 3 D22 D 2
11. gt 6dB 6 dB 4 3 4 4 1 5 ISN ISN O EUT AE O C 47uF 2 R 200Q L1 2 x 38 mH le L2 2x38 mH EUT I AE 1 5 2 3 e 9 5 dB 2 Zcat ISN LCL 5 2 3 c 5 1 ISN 84 L1 5x14mH 1 2 jo 4714 O EUT 3 1 o O 1 8 ea L3 2 x 3 1 IE Jeg Ne L4 2 x 3 1 Rd 390QO Rx
12. 54 6 5 2 J 5 2 6 5 2 6 6
13. 5 3 3 6 30MHz 1 000MHz 5 6 a b 1m EUT 5 R
14. A B 2L A A B B 3m 18 5 4 TEA NN lt Se 5 5 5 5 3 3 2 5 3 3 6
15. w 2xg9xtan 0 5x 6 1 6 2 3 1m 3m 10m 6 1 w 6 2 3 w DRG Horn LPDA or LPDA V d 1m d 3m d 10m d 1m d 3m d 10m 03ap w w 034p w w Ww GHz 0 m m m m m 1 00 60 1 15 11 55 60 1 15 3 46 11 55 2 00 35 0 63 6 31 55 1 04 3 12 10 41 4 00 35 0 63 6 31 55 1 04 3 12 10 41 6 00 27 0 48 4 80 55 1 04 3 12 10 41 LPDA V V 0 j w LPDA LPDA V 0 360 6
16. 1GHz CISPR16 1 4 Ed3 0 CISPR 2 CISPR16 1 4 Ed 3 0 EUT To the receivind antenna IEC 229505 C 22905 A Vi Vo Vg V EUT rl with EUT 1 CISPR16 1 4 Ed3 0 EUT 109 Test Volume Rx Antenna Vector Network Analyzer Pre Amplifier CH1 CH2 oUT IN 2 EUT 1
17. 0 25m 3 3 1 30MHz 30 MHz 80 MHz 1 WE EUT ul
18. 3 D Rm R gt 24 3dB D aa 3
19. ISN 6 3 6 4
20. a 1m CISPR 16 1 4 Ed2 0 2007 1 4 1 1 1 2 1
21. 3 9 ISDN LAN 3 4 4 1 4 1 4 2
22. Vs1TE uV VDiREcr uhV VCCI 20 loglo VD i REcT 20 logio Vs r TE
23. 4 w 0 3m 2 3 6 5 m E H 3dB d 6 ja 6 52 1 w w
24. lt a 5 3 3 6 3 21 5 3 3 3 5 2 7
25. EUT 3dB 2 2 5 2 2 106 2 2 5 5
26. 1 2 27 0 3m 0 4m 6 1 5 AC AC
27. 44 3 3 53 EUT AC AC AC
28. 1GHz 3m 11 12 13 EUT EUT Ethernet protocol 57 VCCT E
29. 3 Power over Ethernet gy 11 ISN IV ISN
30. 201ogj 120 44dB 13 4 3 4 3 1 1IGHz 4 5 4 6 4 5 10m dB uV m 30MHz 230MHz 40 230MHz 1000MHz 47 1
31. H 6 T
32. EUT DEur 3 9m ul DEUT 2 4m 5 4 HE 5 2m Wep TT 72 DEuT EUT WEg Wcp WE DEUT 2 4m 0 5m WepP DEuT 3 9m 2 0m 1
33. 10m EF E OS SS gt 56 E 3 6 5 2 7
34. 1 26 3 PBX LAN 6
35. ITE ITE 4 6 5 2 5 3 a b c 8 d e
36. ISN Vl EL 6 4 E LCL 5 4 20dB 2 45 3 E ISN 2 z ISN EUT
37. 1 1 CISPR 16 1 2 Bd1 2 2006 1 2 2009 5 2 DIN VDE 0876 Teil 1 1987 5 4 1 2 9kHz 40GHz 1 a 1 b 11 4 ANSI C63 4 2003 E 50 50Q 30uH E 50 50Q 5OpH 5Q 500 500 5 1 a CISPR 16 1 2 2006 ANSI C63 4 2003 5600 50 0
38. 0 25m 5 6 Vprmgcr d BuV up Ss 59 7 NSA 20 log10 VDIRECT 20 1ogio VsrrB AFT AFR ANSA dB 1 AFT AER ANSA
39. 6 1 2 15C 35C 6 1 3 1 1 2dB 1
40. 1 1710 30mm 2 3 E 50m E 5 3 3 6 E 1 1 000MHz 2
41. E 1 3 F 6qdB 6dB 10 E 5 5 2 2 1 CISPR 16 1 1 Ed2 1 2006
42. 3 1GHz E 50 VI 1GHz unl 3 0
43. ISN n ISN EUT 2 ISN s0Q 1 Rx L1 n 1 x 7 mH n EUT AE 1 5 2 3 e 9 5 dB ISN 91 ISN EUT AE C lt 1pF
44. CISPR 16 1 2 5 2 2 6dB 6dB 6 dB E 0 FE 81 40 cm AE EUT CMAD E
45. 1 1 15 15 f 15 3 E 6 lt 5 6 5 2 F 15
46. 5 12 3 4 dn lt X n Xi 80 80 k nm t k n Sn 2 L Xn X Sn L dB hV dB hV m 9 5 5 1 5 1 1
47. 1 7635m VCCI dB dB 77 2001 04 01 150 kHz 30 MHz 1 E PK QP lt AVG t SB AVG PK QP AVG
48. 3 4dB E H F 0 4dB E gt fF AI RS 24 5 3 4 16GHz H 2 1GHz VI 1GHz 1
49. EUT F ms 3 E 1 E E 4 5 4 8dB
50. pS ITE ITE ITE 8 B B b 2 uH B 6 1 4 1
51. 107 2 2 6 S a 3 2 2 5 Susyk 3 Syswk Svswk dB hi Max SF1h1H SF6h1H Min SF1h1H SF6h1H hi Max SF1h1V SF6h1V Min SF1h1V STF6h1V hi Max SRIh1H SR6h1H Min SR1h1H SR6hIH hi Max SRIh1V SR6h1V Min SR1h1V SR6h1V 5 hi Max SLIh1H SL6h1H Min SLIlh1H STL6hIH hi Max STLIh1V ST6h1V Min SL1h1V ST6h1V hi Max S C1h1H S C6h1H MinS C1h1H S C6h1H h Max S C1h1V S C6h1V Min S C1h1V S C6h1V h Max SF1h2H S F6h2H Min SF1h2H S F6h2H h
52. 6 3 1 5 2 1 3 ISN LCL ISN 500 6 3 2 6 1 6 6 6 10 6 1 1
53. D b 20dB 20dB 103 lt M sim 50 MHz d Eb
54. Syswx 93 E max _ max 1 0 min 14 Ex BE V Vi E dB H Syswk V E Orswg 2008 20log min dB Bil ga min 2 1 Sysws ag dBm dB uV dB uV m 2 E 1
55. 0 5m 0 5m E We O 1 1 SC SE Pa i 23 EF E 25cm E 25cm
56. 6 3 4 30 0 Ea 6 6 4 6 4 1 II
57. 30MHz 1 000MHz 0 5dB 0 8m 1 Ey c 3
58. 55 dB 3 16MHz 3 10Mbps E E EEE 802 3 10BASE T IEEE 802 5 4Mbps UTP 25 Mbps ATM LAN 100VG Any LAN UTP Unshielded twist par cable H 55 dB 4 20MHz 3 16Mbps UTP E IEEE 802 5 16 Mbps 55 dB 5 100MHz 3 100Mbps 3 CDDI 1000BASE T E E 100BASE TX 156 Mbps ATM LAN CCDI Copper Distributed Data Interface 65 dB 6 250MHz 3 1Gbps E E 1000BASE T TX 1 2 Gbps ATM LAN H 75 dB 1 2 3
59. Rx Rx L1 2 x7mH EUT AE 1 5 2 3 e 9 5 dB 12 ISN 90 ISN ISN EUT AE C lt 1 0 Rx s0 Q Lcm gt 9 mH C lt 1 pF EUT AE 1 5 2 3 e 9 5 dB 2 2 ISN 13
60. 0 360 1GHz re F nf F 0 360 2 7 3 6 5 2 6 A 10m gt w
61. 6 5 2 3 VI 6 6 1 1GHz 2 2 2 1GHz 2 B
62. 12 ec LCL c1 6 ISN LCL f MHz LCL dB 75 101og dB 150kHz 2MHz 3dB 2MHz 30MHz 3dB 6dB c2 5 ISN LCL f MHz LCL dB 65 101log dB 150kHz 2MHz 3 dB 2MHz 30 MHz 3dB 4 5 dB c3 3 T ISN LCL f MHz
63. 0 4m 0 4m 0 4m a 0 8m 0 1m b 0 8m c
64. EUT 4 5 10 cm 1 cm E 3 EUT 1 4 STP 4 UTP 82
65. 2 53 a w b w 0 3m ul 6 13 2 ul w 6 1 3 1m w
66. AC 6 1 6 EUT 1 1 El
67. EUT EMC ISN 10 Base T 100 Base T EUT 2 6 8 9 ISN 7 ISN ISN 2 EUT 1 ADSL 2 ADSL 1 1 ISN 1 6 7 TISN 117 VCC I 2014 4 1 2014 4 1 VCCI 106 0041 2 3
68. 60 2 1 61 2 30m MHz 62 3 3 ANSA 1 25cm EX 2 hr hk 63 4 ANSA 2m
69. FE ISN 1 1 1 2014 04 01 ISN 1 2006 04 01 2014 04 01 8 2 1 3 5 ISN EUT AE AE EUT 1 2 3 EUT
70. 1000 1 23cm 2 hr hs 69 10 ANSA 1000O 2m 1 23cm 2 hr Hhs 70 11 ANSA
71. 5 Ss CISPR 16 1 1 Ed2 1 2006 2 2007 1 1 6 5 3 2 5 3 2 1 16GHz 30 MHz 1 000 MHz 30 MHz 80MHz 80MHz
72. 1 ISN 1 2 150Q ISN 1 150 Q 2 150 2 AE 3 3 1 1 1 EUT 2 150 Q AE
73. 2 Susws Dr 3 hi FIh1H h F6h1 40 cm Flh1V h F6h1 40 cm Fehl 30 cm F2h1V h F6h1 30 cm F3h1H h F6h1 18 cm F3h1V h F6h1 18 cm F4h1H h F6h1 10 cm F4h1V h F6h1 10 cm FSh1H h F6h1 2 cm FSh1V h F6h1 2 cm F6h1H h F6h1 h F6h1V h F6h1 hi hi 2 2 5 ClhlH hi C6h1 40 cm CIh1V hi C6h1 40 cm C2h1H hi C6h1 30 cm C2h1V hi C6h
74. CISPR16 1 2 Ed1 2 2006 0 190 50 20dB Q 14dB Q 5 2 4 14 5 2 5
75. RS232 IEEE 1284 USB TIEEE 1394 Fire Wire HDMI 3 6 Equipment Under Test EUT Qc 7T gh ml st O 3 7 ub NT I 3 8
76. 1 3m 6 5 2 5 1 6 1 2 1 6 5 2 4 5 3 1 2 5 3 1 5 3 1 5 3 1
77. 2 2 c 2 2 h1 5 F 6 Miim M renim Maivy M miy 1 M mnopq MM x h1 2 P nv P kmry 3 dB mnopg 20 od ref 2 3 D mmopa D My 2 6
78. 4 30 30 100kg 1 A dB Ambient dB dB dB 30 0 20 20 ee 10 60 0 80 3 se A PAN MWW 20 120 Y 140 30 s 1 2 5 8 Freqency GHz Freqency GHz A dB Ambient dB dB dB 30 0 20 20 40 a 10 60 0 10 Loo A Ti AA 20 120 Lv kA WU 30 1 2 4 5 6 1 2 4 5 6 Freqency GHz Freqency GHz FRPA dB Ambient dB dB dB 30 0 20 20 10 40 a Ri ED 0 60 wa f Loo A Ek VNW WAM RN 120 A 30 3 140 40 1 2 3 5 6 1 2 3 4
79. 1 2 hr SN 3 hs VsrrEg d BnV
80. 3 2dB 1 1
81. 5 55 6 5 4 F 360 3 E a
82. a 1 TE 0 15m 2 3m 1 2 m 1m 2 m 3
83. 15 5 3 5 3 1 5 3 1 1 1GHz CISPR 16 1 1 Ed2 1 2006 2 2007 1 1 4 CISPR 16 1 1 Ed2 1 2006 2 2007 1 1 3 5 3 1 2 1GHz CISPR 16 1 1 Ed2 1 2006 2 2007 1 1
84. 3 A 1 6 5 3 1 2 E 19
85. a M M 09 15 180 15 b M 15 3 dB c E 1 BE 95 45 105 Lgo 75 2 2 1 1 1 E M 0 15 180 15 M 15 3 dB
86. 13 7 4 3 2 1GHz 7 4 8 AMV 1 I 2 3 E3m Edm 20log d 3 dBuV m d m dB rV m 50 1 2
87. 2 H Svswr E 1 2 F ek 15 dB Prenig D 2 2
88. P EUT 360 EUT R 5 6 a 20 1m 4 m lm Ne gt ee 0 R 90 P EUT 360 EUT R RN 5 6 b c 1 2
89. 3 2 4 2 4 3 4 4 A IV 1 1 IV 1 2 3 4 4 TV 1 3 4 3 4 4 ul
90. 6 6 3 1b 6 4 2 36 5 8 6 5 37 EUT 0 8m 0 4 m i 38 6 7
91. 4 5 4 1 4 2 1 2 1 1 875m 4 4 1m SN
92. hi PA h L6h1 40 cm RAY h L6h1 40 cm I h L6h1 30 cm NY h L6h1 30 cm 0 h L6h1 18 cm NN h L6h1 18 cm 9 h L6h1 10 cm EY h L6h1 10 cm ea L6h1 2 cm hl h LGh1 48 2 cm L6hIH h L6hl h L6h1V h L6h1 h 2 h 2 2 5 Flh2H hy F6h2 40 cm Flh2V hs F6h2 40 cm FD hz F6h2 30 cm 4 hs Feh2 30 cm A ho F6h2 18 cm F3h2V hs
93. 50 0 W1 500mmxD1 000mmxTS0mm 100kg 30cmxS0cm 111 H 3 4 VSWR 5 VSWR 1GHz VSWR Site Voltage Standing Wave Ratio ke FE 3 F 4 1 2 1GHz 3
94. ee 11 5 gt NP SS FF II 11 Oo ww ee ee 1GHz 1GHz eoirei 1GHz 1GHz tt 1GHz O Oe ee Oe ee es 1GHz OO OO Q Q Q Q UO Q Q UO OO OO OO OO OO OO OU OU MT CO WwW WR 66 WR WR WR WR 6 6 Ww MW MR MW Ww WW WR WR WW WW MW MW MW FF FF gt n FF No KR RMR KO T
95. 6 2 2 6 2 0 15m 0 15m 0 4m 0 4m 0 4m
96. 45 4 RR 45 RRNR ENSRNO 45 4 2 ti 46 4 3 ecient 47 3E3E7i357EIDTERE CC PE 48 5 1 1GHz en 48 5 SNS 48 gs SR SR 48 5 1 3 en 49 5 1 4 ne 49 5 2 1GHz en 50 SS Nl ok 50 5 EG 50 5 2 3 ee 50 5 A RRS h I 51 5 2 5 52 5 2 6 RRR SE Ss 56 5 2 7 nn 57 EzW 1G3 7 57 ee 94 58 1 II ee 3
97. EX D d 2m d W a 2m a L 3m 10m 30m 5 7 3 Fg 1 22 5 3 3 4 g mm 5 1 mE pA1 3 3 3 3 a F 3 lt
98. 1 6GHz 1m VNA ZVB20 DRG RGA 60 Electro metrics SBA 9112 9119 ZVA 183X S Intertek a EUT b EUT 3 110 2 EUT 3 Styrene Foam A4 W1 500mmxD1 000mmxT800mm 1 2 W1 500mmxD1 000mmxT30mm 3 5 4 0 3 FRP Fiber Rain forced Plastic W1 500mmxD1 000mmxT17mm EMC 6 5 7 5 30 30 W1 500mmxD1 000mmxTS0mm 100kg 30cmxS0cm
99. 6 4 3 F 20dB 6 47 6 5 5 3 1 H 6 5 1 1GHz 6 5 1 1 0 8m Y
100. BUT ul 108MHz 1GHz mn EUT EUT 108MHz S00MHz EUT EUT 500MHz 1GHz 8 BUT 2 2GHz 5GHz 1GHz 3 6GHz 4 4 1 I aii H
101. F5 FI F6 1 FS F6 2cm 2 F4 F6 10 cm 3 F3 F6 18 cm 4 F2 F6 30 cm F1 F6 40 cm b 1 6 RI R6 R6 R6 R1 0 4m 3 3dB RS RI R6 1 RS R6 2 cm 2 R4 R6
102. 3 40 cm 1 cm 4 cm 1 cm 1 EUT AE EUT 3 2 BUT AE 10 cm EUT 3 AMN EUT EUT 30 cm 1 cm
103. 2m x 2m 0 5m 0 4m 0 8m rau 0 8m 2m x2m 5 2 2m Xx2m 0 5m 0 8m 5 3
104. 3 2 f 5 9 1 0 VCCT 4dB 30 MHz 80 MHz 3 3 80MHz I 80 MHz 4 4 5 73 4 1 30 MHz 35 MHz 40 MHz 45 MHz
105. 6 5 2 5 4 a w 6 1 3a 1m w 1m b w 6 5 2 5 1 c
106. 1 1 EUT 5 2 3 ISN 1 2 150 150 AE 2 AE 150 4 3 4 4 83 1 3 4 3 4 4
107. ISN 4 10 50O 4 ISN 89 2 0 4 O O 3 a O O EUT AE 2 O O 9 4x Zcat Ca 33nE Ra 800Q L1 8x7mH Rx EUT AE 1 5 2 3 e 9 5 dB 2 Zcat ISN LCL 5 2 3 c ISN 4 ML 11 4 ISN ISN ISN EUT AE
108. 4 8 ISN 5 IV ISN 8 11 ISN 2 8 6 7 ISN ISN
109. CO YY Nl x gt IN dB zV dB wA 150kHz 500kHz 97 87 1 150kHz 500kHz 2 3 201ogj 120 44dB 5 4 4 B DS dB W dB zA CEC Ra IiOkHiz 300kHz 40 30 30 20 1S0kHz 500kHz
110. 1m w 6 1 3 DD 1m 4m 4m w w
111. im 0 1m EMC 0 8m 2mX2 mm 6 11 6 3 3 1 JIS C 8303
112. 1 23cm 2 h hs 64 5 ANSA 3m 1 23cm 2 h hs 65 6 ANSA 1 25cm
113. ct ga iokelnl dB 150kHz 30MHz 3 dB c4 I SN 1 2 3 ISN 1V 1 3 1 f MHz LCL 13 d ISN EUT e E ISN 20log Vem 6 Vmp Vcm TSN EUT
114. 5 3 3 5 3 0 5m E 5 0 5m 0 8m 3 3 5 3 3 6 1 2 1 2 1 5 3 3 6 f E 3
115. 6 1 x 7 20 dB x 2 VCCT 4 3 VCCT 6 7 VCCI V 3 2014 04 9 8 10 EUT ISN
116. 9 5 dB 2 Zcat ISN LCL 5 2 3 c 3 ISN 1 2 3 4 7 1 2 3 4 LCL ISN 86 2 Ei IN O AE Ca 33nF Ra 5760Q Rb 6Q Rc 44O L1 4x7mH AE EUT Rx 1 5 2 3 e 34 dB 2 Zcat ISN LCL 5 2 3 c ISN 2 8 500 2 ISN
117. T OR RR AR RR RRR TEARS IE A C EUT CO NNR DER CR E SS NiI ul Ww MW ml gt DE DE DE DE DE DED DE DE DE DE DD DOD DBD oo Co Ww MW DD DD MW RMR FF INo Oe ee SRS CR GO OO OD 5 ODO ODO 5 LG 3 3 eee 44 3 4
118. 1m 4m 4 5 Eg 6 5 1 2 A 3 E 10m
119. 6 5 6 1 6 10 30 6 2 1 6 2 1 3mx1 0m 0 1m 6 1
120. 2 2 3 Sysws 2 2 4 Sysws Svsws 6 2 2 5 Sysws 6 2 2 5
121. 114 MT 2011 04 01 2012 04 01 2012 04 01 1 ISN LCL ISN 1 1 F E ISN LCL 1 2 LAN
122. 8 M min ag p 1 a ha 3dB a Sysws 2 kr H 1 3 j 2 2 h2 5 EUT
123. 1 CISPR 22 Ed6 0 2008 ul 2 CISPR 16 1 1 Ed2 2 2007 1 1 CISPR 16 1 2 Ed1 2 2006 1 2 CISPR 16 1 4 Ed2 0 2007 1 4 CISPR 16 2 3 Ed2 0 2006 2 3 CISPR 16 4 2 Ed1 2003 4 2
124. 4dB ES mn CISPR 16 1 4 Ed2 1 2007 1 4 E 1H E 1 0 25m E E 1 1m
125. 6GHz 2 GHz 1GHz 5 EUT EUT Syswx 6 5 2 2 1
126. 226 f A 5 2 2 AMN 3 EE CISPR 16 1 1 Ed2 1 2006 CISPR 16 1 1 Ed2 1 2006 6 E2 2007 1 1 4 E2 2007 1 1 E E2 2007 1 1 95
127. h1 1m h 0 3m hi 1 m h h h 0 5 m 2 2 5 4 Sysw 101 2 Pa E 2 hi h 3
128. 0 4m 0 4m 6 5 6 8 32 E 0 2m 0 2m 6 2 3 3 0 4m 6 2 1 6 2 2 ID9
129. L3 L4 4 x 3 1 mH 12 4 mH EUT AE 1 5 2 3 e 9 5 dB 2 Zcat ISN LCL 5 2 3 c 3 ISN 1 2 LCL ISN 6 1 2 85 ISN L1 9x1 4mH 1 2 3 4 Lo2 sx1 4mH 4 QO QO 1 1 O i O 3 o EUT i AE o T T oO 2 El oo o 1 1 1 1 1 O 1 1 1 QO O 1 c c Tr c RT 4x Zeat J ee es C 82nF 1 1 1 Rd 390 Q L5 le L6 L4 Rx Rx 09 L3 L4 L5 and L6 2 x 3 1 L3 L4 L5 L6 4 x 3 1 mH 12 4 mH EUT AE 1 5 2 3 e
130. i 1 0 4m 2 0 8m 3 0 5m 0 15m 5 0 8m LT
131. 1 E Sysws 2 2 1 1 2 H H a dB 135 0 1GHz 6GHz 5 b 135 96 1
132. 2 150kHz 500kHz 6 56 6 46 500kHz SMHz 56 46 SMHz 30MHz 60 50 13 H 4 4 1 A dB zV dB zW 150kHz 500kHz 500kHz 30MHz 1 4 2 B dB zV dB zVW 6 5 1 150kHz 500kHz dB 2
133. 5 2 IV 1 ISN 3 TV 1 8 IV 1 1 up 2 46 IV 9 4 1 3 1 EUT AE TV 1 3
134. 6 6 5 2 5 1 5 2 5 1 GHz 1 GHz 6 eny a Ei HI 5 6 12 1GHz 6 1 2 12 1GHz VI 0 3m 0 g 2 2 2
135. 100Base T AE EUT 5 4 1GHz EUT 14 VCCI 15 1GHz w 16 1GHz 8 ITE 2 1 CISPR22
136. E F Syswsx 2 Susws ag 6 f M ax gag 2 104 2 h2 2 2 4 S sa 5 J 6 Sysws
137. Sysws BEUT H 2 b lt d 6 8 Sysws 1 6 h1 3 Svswr 2 2 c
138. EMC ym F 19 3 CISPR 3 30MHz 1 000MHz CISPR 4 22 3 ANSI C63 4 2003 ANSI C63 4 2009 9kHz 40GHz DIN VDE 0876 Teil 1 1978 7 JIS C 8303 1993 8 TTU T R
139. ISN LCL 5 2 115 se 65dB ISN ee 6a 75dB ISN 7 IW 3 ISN LCL 150 kHz ISN 6 4 2 V 1 2 ISN V 2 4 ISN 3 EUT 7 ISN 6
140. 2 10m 3m 30m 3m 30m 3m 10dB 30m 10dB 6 4 6 10m B dB uV m 30MHz 230MHz 30 230MHz 1000MHz 37 1 A 3m 3m 3m 10dB
141. 10m 48 6 5 1 3 6 a 6 5 1
142. 97 2 2 1 2 S sa 3dB 2 2 2 2 EUT EUT EUT 0 3m EUT 0 3m
143. EUT 5 2 3 ISN 6 42 6 1 1 6 42 7 1 1 6 5 2 3c ISN 5 5 2 3 c ISN 3 5 2 3 c ISN 5 2 3 c ISN 4 3 4 4 F EUT 3 5
144. 0 4m 0 4m 6 6 6 2 4 6 1 6 1 0 gt gt
145. 2 cl FihIH F6hIH PNT FlhlV F6h1V RIhlH_ R6hIH RIh1V R6h1V 3 CIh1H C6h1H gt 1 5m CIh1V Ceh1V Filh2H F6h2H F1h2V F6h2V 1 w 2x d r xtan 0 5x03agmin dr 0sgs d r 03qgmin 3dB 2 5 3 4 2 Sysws 2 2 3 2 2 4 6
146. ml 1m 1m 0 4m 43 7 1m 8
147. E 1 L2 L1 d1 d2 20dB 1 lt 4 E E 1 d2 L2 Ll d1 10m
148. H 1 GHz 6 GHz 60 60 2 dB 60 135 60 133 3 dB 135 180 135 180 lt 3 dB 135 H H 180 133 H 2 H 90 105 105 gg 75 H 2 2 1 1 2 2 1GHz 6 GHz H
149. 2 3 2 1 2 M um 6 M nivy M mnry 3 F Sysws 2 Svsws o f
150. 3 E3m Edm 20log d 3 dBuV m d m 135 IEUT LSI E EUT 2 EUT A 4 7 3m A LV m 4 8 3m B dB uV m 1 EUT
151. 1 6 3 4 6 R1toR6 3 Ss 2 2 2 1 98 2 2 2 1 S 3 a 1 6 F1 F6 D F6
152. Vmp 4 3 4 4 1 dB ISN 1V 1 5 ISN 1Q
153. LV m 32 L2 2 5 Ls 2 6dB O fF 49 1GHz 6 5 2 dBuuV m 6 5 2 1 hi 6 5 2 2 3m
154. TISN FE ISN AE 5 ISN 0 1m 6 1 E 2 ISN 2 4 ISN 4 8 ISN 5 2 3 1V 1 1 7 1 2 4
155. 100O 3m 1 J EE 23cm 2 hr hs 71 I 1997 04 01 2001 04 01 1 2001 04 01 1 gt 1 3m 10m 30 MHz 80 MHz 2 1
156. ISN 116 6 4 2 H ISN LCL 1 EUT 5 6 4 4 ISN 1000 Base 4 10 Base T 100 Base T 1 7 TISN 2 10 11 1ISN 1000 Base T
157. 6 4 2 6 1 6 6 AMN 500Q E AMN 3 ISN ISN 5 AE O 2 3
158. R 5 4 2 BUT R 2 6dB 5 5 1 1 L 2 L 1 A A B B A B 2L
159. 5 1 b DIN VDE 0876 Teil 1 1978 5 2 3 ISN ISN ISN ISN EUT AE a 0 15MHz 30MHz 1300 200 0 20 b ISN AE ISN AE Qr 10dB AE 150kHz 1 5MHz 35 55dB 1 5MHz 30MHz 55dB AE
160. 87 ISN 2 ISN L1 2 EUT 1 AE 1 1 2x Zcat J Ca 33nF Ra 4009 L1 4x7mH Rx AE EUT 50 lt 1 5 2 3 e 9 5 dB 2 Zcat ISN LCL 5 2 3 c ISN 2 9 2 ISN 88 ISN 4 3 EUT 2 oO 1 lt 4x Zcat Il 33 nF Ra 1152Q Rb 69 Re 440 L1 8x7mH Rx EUT AE 1 5 2 3 e 34 dB 2 Zcat ISN LCL 5 2 3 c
161. 1 V 3 2014 04 1986 03 27 2014 04 01 28 2014 04 01 9 SE 1 2 1 si SS EFI LE EE 2 9 0 GE EE 2 Se 2 0 MK220MG009AIM25 EE 2 5 SR SFYjk FPP 2 6 SN 3 SR SS EE 3 9 6 3 SG 3 3 7 3 3 78 GS 3 9 1 OMPOKNONNG2PR8DMN2KNSGDND0MMWOHRMRNNHR0KGOMRRNSSROS3903086 3 ER RSC ES EE SES 4 4 1 O SS ee 4 4 2 ee 5 3 SS 3 SS SESE 6 4 3 1GHzB od ei oa 6 4 3 2 1GHz ee 8 4 SRR 9 5 5 5 1 1 5 1 2 gt N SS SE RN ES RR 10 5 2
162. 39 40 6 9 41 0 2 m 0 2 m N ALAN gt ISN AMN VO 6 10 42 6 3 o
163. Lcm gt 9 mH C lt 1pF EUT AE 1 5 2 3 e 9 5 dB 2 2 ISN 15 ISN 92 VI 2008 04 01 2014 04 01 7 2014 04 01 1GHz 1 1GHz 2 1 2 1GHz 2 1 2 2 1GHz 1GHz
164. 2 3 4 AB 1 3 AE AE 10 ISN 0 4 m
165. 6 E2 Svswr Svswr jm 6 I k l 2 1 VSWR Sysws 2 Sysws 1GHz 2 Sysws 2 1 Svyswrag 6dB 2 2 Svsws 2 2 1 EUT Svswr 2
166. EUT 130Q 3 150 Q EC 61000 4 6 80 JIS C 61000 4 6 50 oO 150 Q 130 Q 50 Q 150 0 9 6 dB 30 80cm 10cm ee AE EUT 1 2 2 150 ISN 1 3
167. No AVG lt AVG ud 1 1 1 PK lt QP QP QP lt QP Y VBW 2001 04 01 H RF 0 V 1 1 1 ISN 1 ISN 2 2 3 E ISN i 30Q 4 ISN 1 ISN ISN c k il
168. 4 6 VCCI VCCI HL 2 10m 1 3m VCCI CSA dB dB VCCI dB 3m VCCI 1 SCHWARZBECK VHAP 1 87Sm 1 7635m dB dB VCC 76 2 10m VCCI SCHWARZBECK WAP
169. F6h2 18 cm F4h2H hy F6h2 10 cm AN ho F6h2 10 cm FSh2H hy F6h2 2 cm EN b gt FGh2 2 cm F6h2H h gt F6h2 h Ss hs F6h2 h Svyswr 2 2 3 SJsa Panopg 2 M Mu Pginim F 1 h 1 dB M rm a 6 h1 Pim
170. 2 i A Syswr EUT HH 0 2 94 1GHz 2 2 1 1 1 EE E
171. 5 7 TEL 03 5575 3138 FAX 03 5575 3137 http Www Vcc1 jD
172. Max SF1h2V S F6h2V Min SF1h2V S F6h2V Sysws 2 2 7 Sss 2 Sysys f 2 2 8 SJsws f 2 108 j 6 3 2 1 GHz Da E 2 4 E VT 2010 04 01 2013 04 01 3 2013 04 01 1GHz EUT 1
173. 2 hr hs 66 7 ANSA 2m 1 25om 2 hr hs 67 8 ANSA 3m 1 25cm 2 hr hs 68 9 ANSA
174. 6 Freqeno y GHz Freqency GHz 113 4 30 30 A dB Ambient dB dB dB 30 0 20 Ee rr ge 10 60 M 80 10 a A a PAN RN 20 120 Y 30 i 1 2 3 4 5 6 1 2 3 4 5 6 Freqency GHz Freqency GHz 5 50 50 A dB Ambient dB dB dB 30 0 1 20 10 60 0 80 MVW PAA NN 20 120 Y 140 30 1 2 3 5 6 1 2 3 4 5 6 Freqency GHzl Freqency GHzl 6 FRPA dB A dB 50 A dB 30 A dB A dB 30 Ambient FRP 20 1 2 3 4 5 6 Freqency GHz Freqency GHz 6
175. PC 6 1 Ql TT 1 2 6 1 1 2 6 1 2 2 0 Im
176. dd 1 6 C1 C6 C6 C6 1 5m 2 2 5 CS C1 C6 1 CS C6 2cm 2 C4 C6 10 cm 3 C3 C6 18 cm 4 C2 C6 30 cm 5 C1 C6 40 cm 100 2 2 2 2 Svswr 4 3 Svswr 4 Svswr 2 gt h2
177. l CISPR16 4 2 S8 58 I 1999 05 01 2008 04 01 2 2008 04 01 1 1 2 1 2
178. 10 cm 3 R3 R6 18 cm 4 R2 R6 30cm 5 R1 R6 40cm c 1 6 Ll L6 L6 L6 L1 0 4m 3 3dB LS L1 L6 99 1 LS L6 2cm 2 L4 L6 10 cm nil nil 3 L3 L6 18 cm 4 L2 L6 30 cm 5 L1 L6 40 cm O
179. IV ee V VI 1GHz ee VI 1GHz EUT MI ISN 1 VCCI Information Technology Equipment ITE ITE 2 1 1
180. h1 0 105 5 M gnim M gim M max agg h1 50MHz P ry P guiy 6 bh M js Sysws 2 1 Sysws
181. 1 30 cm C3h1H hi C6h1 18 cm C3h1V hi C6h1 18 cm C4h1H hi C6h1 10 cm C4h1V hi C6h1 10 cm CSh1H hi C6h1 2 cm CSh1V hi C6h1 2 cm C6h1H hi C6h1 hi C6h1V hi C6h1 h hi RIihlH hi R6h1 40 cm RIh1V hi R6h1 40 cm R2hlH hi R6h1 30 cm R2h1V hi R6h1 30 cm R3hlH hi R6h1 18 cm R3h1V hi R6h1 18 cm R4hlH hi R6h1 10 cm R4h1V hi R6h1 10 cm RSh1H hi R6h1 2 cm RSh1V hi R6h1 2 cm R6h1H 5 hi R6h1 hi R6h1V hi R6h1 hi 102
182. 2 PRF 2 1MHz 2 1MHz F PRF PRFE 1kHz 1kHz 51 E
183. 5 1 6dB un 2 L 1 2 TH la 5 1 3 CISPR 16 1 1 Ed2 1 2006 2 2007 1 1 6 5 1 6dB 2
184. 50 MHz 60 MHz 70 MHz 80 MHz 4 2 7 9 1 Schwarzbeck VHAP 3 2 VCCI Maeda 1 76 4 3 1m 1m 4m 3m 10m 4 4 Q 5 BUT 64 EUT 2 74 2 1 EUT 3
185. E 6 3 6 4 6 5 T 33 El HU 1 1 AMN 2 2 0 4m 1 I i 1 7 1 i 1 6 1 34 EUT gt eeesw ms 0 8 m NM 1 2 2 1a 35 EUT
186. ecommendation G 117 1996 Transmission aspects of unbalance about earth 9 JIS X 5150 2004 SO IEC 11801 2002 3 3 1 Equipment Under Test EUT 3 2 3 3 E 2 3 4 5 3 5 PSTN ISDN xDSL ITE
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