「国際無線障害特別委員会（CISPR）の諸規格について」 のうち
Contents
1.2. E2 LAN
3. a b c d 2 1O e b oc 82 b c POS
4. 0 3 m 0 4 m 1 Fl lt
5. TE FIREA DAA CISPR13 20031 OIE XH2 2006 EUT FUERA OF A CTSRP13 20031 OEE XE 2006 Y AE EA EL EUT ZEBA OF A CISPR13 2008i OEE XE 2006 RUT 9 9 1 _
6. F 4 Z Z 4 7 7 0 15 MHz 0 15 MHz 30 MHz 1
7. 10m 42 A A A B 4 iP OPAL E LRWETOITECHS COLIDRMPEOH ER eS OW 2 EUT 9 C 1 3 CORRIS 7 CT BERS NT ORA BREE 234 ai 5 8060 ET COR ORRONMBHIL EE
8. AMN AMN CISPR16 1 2 4 9 50 2 50 pH 502 50 pH 5 Q AMN
9. 6 dB 2 EUT a 6 dB b 4 8 dB 82 ERUT
10. LCL LCL 73
11. 72 EUT AE 1 25 m HRERS SPLOGANILEBE BBE L C KAJ EA CEt DOMEI kz 47306 79 F 4 TCM 150 Q TCM F 1 EUT 150 Q
12. 3 9 REUT 3 10 EUT 3 11 AE EUT 4 CTE ITE A B 41 B B B B
13. ITRE 1 EUT 2 ITE ITE 3 5 TTE TTE EUT ITE ITE ITE ITE
14. es VBW RBW 55 CPK lt AVG gt A VG KV G Ave gt PK RIE QP AVG B 1 56 C C 1 C TCM E F T q C 1 1 ISN KIEC61000 4 6 ER ZN TOS CDN FH BFE 1 2 9 6 2 ISN
15. 7U7UU V EMC EMC AMI NRZAEO
16. EUT TE 9 4 10 4 4 9 5 10 5 4 13 8 3 1 8 8 1 5mX1 0m EUT EUT EUT 0 1m
17. ITE ITE 3 4 ITE 3 5 TTE ITE 3 6 PSTN ISDN xDSL Soper F FU ZC ARTOTEL AT ADHAR ABE 77
18. 1 JISC8303 2007 2 IEC61000 4 6 2003 Emt EMC RRR LOWED E PRAIRREB RU Kk TRA AN SEED EEN lt 2 7 7 fETE1 2004 1 2 2006 3 CISPR11 2003 ISM 2 IEI 2004 275 G arial 0 ERIIERZP BBBLOF LEDS s ESRC EEO LER AZ ED F WERZ CISPRI3 B4 R 2001 FE 1 2003 1 9 2006 5 CISPR16 1 1 2006 RBERRBLUA 2 gt r OWERERHBL OME TERE RBLO lt gt ERE fE1E1 2006 1 2 2007 6 CISPR16 1 2 2003 1 2004 1 2 2006 7 3 CISPR 19 1
19. TITE TTE RE 7 ITE 7 1 ITE PWBA 7 1 CPU PWBA EE B PWBA 4A
20. 71 10 10 1 30 MHz 1000 MHz 26 ABA E R x RLM TO 72 1012 MESSE TE H z V CSET EH SE 2 E 755 10 2 1GHz C7SZPZ7 7 7 4 CISPR16 1 1 5 a 10 3 1GHz 80 MHz 80 MHz 80 MHz OTI PREBBLE IP CISPR16 1 4 EPY9427 O ABU BROZ E mili HK 10 3 1
21. REUT EUT IEC61000 4 6 CDN CDN LCL 9 6 2 EUT ISN C 1 1 CDN ISN CDN ISN CDN ISN C 1 2 C 1 3 IEC61000 4 6 CDN CDN
22. 6 ay bino zz HUB SBE TEVE FARRA E y Otek AI kHz LCL 75 E 3 1 2 3 6 7 ITU T Recommendation G 117 1996 Transmission aspects of unbalance about earth ITU T Recommendation O 9 1988 Measuring arrange
23. EUT 10 9 A ITE EUT 10 m RUT 10 m ITE
24. 1 8 2 4 RIE Ye 4 Ag V EUT mm cigs 5 1 EOM LEA 1 5 1 A dBuV 7 0 15 0 50 79 66 0 50 30 73 86
25. 00 10 2 dB EUT
26. X 4 34 EUT DREAD K 0 4 m x ul EUT 1 5 an a 6 1b 35 7 lt i x Yee SAV he m i 222 oe k AN 1 3 NAL AY 1 R Ta x 2 Z 0 4 m n SA ERWE ARE 2 36 8 37 EUT
27. Rx 50 Lcm gt 9 mH lt 1 pF EUT AE ik 1 9 5 2 e 9 5 dB AE 2 SNCH CEREGED CHES ELONI IBBIO H7ZZ L37563 Z25625 A D 11 TISN 72 E 2 E 1
28. Do ISN CDN LCL CDN LCL lt 1 MHz 22 150 Q ISN CDN AE AE C 1 1
29. 2 B 3 A 0 15 MHz 30 MHz iv 53 56 58 59 60 62 63 64 65 66 67 68 69 70 71 71 72 4 B 0 15 MHz 30 MHz KA 1 TEBYE PA bP gt Z t z ANKE FERRAN RLI FFEA 2 rJ RA 2 IERYILE VA R 7 gt TROL s AN BEE ERIS TS BLT LITE a za ee RA 3 IBAAN RLS UTS EMC IERUED A by FRO s WWE WEF BHA BY A AF Bz TLS TORE EBD ee FAA RT LAP EA ERED T RI PROS s ENE WETS BIBL EB RAGE A AF HEB MERIST FITERE a 284 5 PHAR RLI ITEM t Ed ik Ye R x s WI 1 510 EBL X E AAF HOES mMIZIBIFS XY TEBE SBR s c e s A6 IERIE 1 RF x es AN 80 MHEZz Y TZ T YY JER s s s s s s s s s t FEA 7 80 MIJA K A VER EHV EST F 2 VWEVANEAT 56182 EA EE SA A AF 5 HL B miz Y 3 727 ya
30. 1 b 600 V TU RR ITE ITU RR CISPR22 DIA EGEENZ BITE INTO EERRIEDS 876 ONE PVERIEBE SP TU OEE WOM ORR ERURES IE ORE E 72 LARUE R RIER CISPR O B IT 5 EZ OU CHL AKA OAD 5 RATS 3 2 RUT 1 ITEB 1 ITE 33 ITE
31. TEC 1351 04 E a an a 1 TCM 2 E 2 27 x150 Q EUT TCM F 2 EUT TCM 2 AE 80 O IEC 1352 04 F 2 TCM F 1 150 Q 150 F 2 2 150 Q
32. EUT 51 26 HE7 70 2 UC FERRERO 8977 SKB TOHA sU D CHL 2 05 LL CTSPR11 C 0 5 dB REUT 11 pll 1 1 Br Eg EUT uV m Et uV m Es uV m 2 AM FEM TV
33. EUT 1 EUT 2 dB RUT
34. C 1 1 C 1 2 9 6 3 4 C 1 1 C 1 2 9 6 3 5 DUR oy ira ad sk ALES 7I ORME RRS 5 lak OME CLEBAONMED EEN B Eo HALA 72 CEUTLAECERT 5 2 CLIADERRIYICA IT 6 E EUTZAE ICPSB 7Z 5 7 x EMA SNET SAOBBBLOR AS ARERI ERIO o L WE FIG EUT A D AES TRACTIE ZEEN aee FED W JEL ou ZE EEE m 7z L 2P ECE REEE ME 5 AEZ Az ri L VESNE ERITI EEEo CHR Daz f pepe 75 BE FRISHKEBELT BER bY L Z HE FF AR POS K F ERII S 7 O IC EDREBLE CAV GAIL DTL AEG CK RF 2528638 Z CRT SBE C R z 5 ZV 9 7 6 3 0 20 dB
35. 9 kHz 400 GHz 3 1 TE ITE 9 kHz 400 GHz A B u 2
36. ISN 1 2 ISN 2 4 ISN 4 8 ISN D ISN H C 1 1 9 6 3 5 9 6 3 2 1 2 4 C 1 1 25 5 9 6 3 5 9 6 3 3
37. 7 AMN 9 777 AMN 0 8 m AMN AMN EUT EUT AMN 0 8 m AMN AMN AMN AMN
38. 77UVUTC FP7V 7 10 8 EUT 8 EUT a 77 M M d d 4Z2 uV m 477 8 30 b 8 6 dB
39. 1 2 2 LCL 4 4 LCL 16 TT 55 50 Q F 1 C F 1 C C 1 1 C 1 2 C 1 3
40. 2 20 logio 150 44 dB 7 3 6 6 6 1 1GHz 10 6 v R EUT 5 YGS 1 5 5 10 m A MHz dB uV m 1 2 6 10 m B
41. ISN D 9 ISN co tot ot t t t t D 10 TISN o o o o o o o o XD 11 ISN XIF 1 TCM 150 Q F 2 TCM F 3 C 2 s s t t s t t F 4 150 Q 1 4
42. 19 2 HRA OATS EUT 0 4 m 7 EUT EUT 0 8m AMN EUT 0 8 m AMN 0 4 m ARMER TH UT 7 0 4m 5
43. PWBA PWBA A B 8 2 1 EUT RUT 12 EUT SBME L KAD DRI t o WHICH SOE 9 10
44. 4 7 9 5 3 8 3 2 9 5 1 8 12 95 4 9 5 2 ur m a 1 9 5 3 9 96 EUT 20 9 6 1 LCL 9 6 2 ISN ISN
45. 8 11 z 0 2 m 0 2 m 8 3 3 8 3 1 8 3 2 0 4 m 0 4 m 0 4 m 9 8 4 EUT EUT
46. 8 3 2 8 8 EUT 15 cm 15 cm LINC 14 EUT EUT 0 4 m 0 4 m 0 4 m 0 4 m 0 4 m
47. BE OOISN L FBISROE THE AN TST FNLOMEILEBSF ECE EHUD D 7 4 ISN ISN EUT AE Rx L1 2 x 7 mH EUT AE 1 9 5 2 e 9 5 dB D 8 ISN ISN ISN EUT AE C lt 1pF Rx 50 Lcm gt 9 mH lt 1 pF EUT AE jk 1 9 5 2 e 9 5 dB 2 ISNIC I 53597 5255 CHES 2 40
48. 0 4 m a 0 8 m 0 1m b 777U 77 77 7 7 EUT EUT EUT
49. t s t A e o e e o o o e e e e 1 GHz c s 5 1 GHz FO 7 7 gt J 1 GHz r s b o e 2 ee te t t t t t t 1 GHz 1 GHz YY s t e o o o e ee li IL ISN AYA 1 2 3
50. RS232 IEEE 1284 USB IEEE 1394 Fire Wire 3 3 7 2 F se 3 8 TCM RUT TCM
51. 7 2 7 2 1 1 7 2 3 8 7 2 1 2 ELI MIKB LOE MIL 1A OE 7 2 2 7 2 1 2 7 2 3 5 12 5 3 4 X S lt L x x n 1 2 o SSS T I n 1 r 80 80 tt
52. EUT ITE G EUT
53. LCL H 2 LCL 8 4 5l
54. REUT 8 4 7 re ISN 0 1 m 1 16 1 205 128 ISN 1ISN EUT AE a 0 15 30 MHz 150 Q 20 Q 0 420 b ISN AE
55. ITE 31 11 ITE CISPR16 4 2 A 10 AE AMN EUT ISN 32 2R HEMD RY3 EUT A Cr Ec NORA HOY LCR Ree
56. CISPR 16 3 TISN EUT e 1SN 201og dB Vmp Vem ISN EUT Vmp 24 3 4 1 dB 96 3 EUT 4 9
57. F 4 61 x iil qir a LT C 4 62 EUTOR HE3 648 CER AN riz r db R bSIFEBRIS FRATE LW OBE FNH ELIRI IN tot BERUBHEMZS EDN C135 CEBEN TA En EUT S TE TREZE QE2R HIISNGS AUT HED FUTOYE TE TRESTLE D IISNHH AR TBE EUTHY IE TREZE IEC 61000 4 6 TCH HAR CDNEHA HED RIELS BEBEU ERORBEEBATS BELL EUR MEF SOIT C12 CERAN EAEECATS CEEBLUEBHO 8657 69 7 CDN DLCLILI6 2 SAL ER EEA AA EIEE 1502 OB time gt LF d 277150 0 EHE AE ED HIS COME FIREETT 3 BRAZOS gt 6dg 2 CLA CHRANLDRE EAILAENDIAELE K TY gt X L 72 263 1 ABELUC 7 1 BEERS did LEH LREERS E lt BREMES 1 01 9 6 3
58. C 5 Lae AC STP UTP C2 AR 50 Q BIC Gi IE 5 Vi 1 EUT EUT 27 C a V 2 D
59. 150 Q IEC 61000 4 6 50 2 150 QD FTF 2150 0 50 Q 150 Q 9 6 dB EUT AE 40 cm 1 30 80cm 10cm lt x AE EUT 1 2 C 2 150 Q CDN ISN 59 C 1 3 e CISPR 16 1 2 5 2 2 WE CH SNE EEEF EVET WE CH D TL 7 Bite e Bit DOERBCIBU FOG WE CH ON BE fE 206 WETH SAR Bile e By ZY z EO EH Z
60. 2 Uo EUT 2 0 2 7 EUT AE 150 Q EUT 5777077051 DU RDU S PAE NA n s l EUT
61. SV 1 5 0 87 1 0 87 Var 0 0 0 0 1 0 0 ISN M 0 7 0 8 U 0 53 1 0 53 ISN Z 2 6 2 7 1 08 1 1 08 AMN Z 2 6 2 7 1 08 1 1 08 VISN Visn Vit Let List 8 Vowt 5V pat 5 Vpt 5 Vnt SM C db LU Ecu hx 2 1 Ura 2 UL Visem 4 2 dB 85 F 7 2 Xi xD RED s u x c ciul x dB dB dB V 0 1 k 1 0 10 1 0 10 Le 0 1 k 2 0 05 1 0 05 Lep 0 2 k 2 0 10 1 0 10 1 0 1 k 2 0 05 1 0 05 Lu 0 2 k 2 0 10 1 0 10 Vow 1 0 k 2 0 50 1 0 50 OV pa 1 5 0 87 1 0 87 OV pr 1 5
62. 4 5 6 5 7 gl 8 9 P P PS PS PS PS 14 a 4 4 bs 14 w iz w 10 11 E N 12 E 1a 13 fil A 1 a NSA 1 b NSA o A 2 a NSA EUT 1 m
63. 1 10 10 4 5 10 4 8 28 A 10 4 2 10 2Z 243882O225 85 1 TE CZSPR16 1 4 A
64. ISN LCL f MHz LCL dB 65 101og 1 B dB 150 kHz 2252 MHz 3 dB 2 MHz 30 MHz 3 dB 4 5 dB 3 3 ISN 23 LCL f MHz LCL dB 55 101og 1 dB 150 kHz 22530 MHz 3 dB FREOBUS PUCERT K R COMET SISN 7 207 FPAERE RY Uz EN h ORA OFT Y 3 DISN HT E o RBBECRGE 7H C LEDGE ZT ECEE 5 1 1 LCL f MH2 LCL 3 5 6 2 o 3 LCL 1 2
65. G 1 8 4 1 15 UN E ee 7 2727277 4 o 2 A CE SPR13 2003 OEE XE V uU
66. MHz dB uV m 30 230 30 230 1000 37 1 1 2 6 2 1GHz 10 EUT 7 8 227 3m A GHz dB uV m dB uV m 1 3 56 76 3 6 60 80 2 228 3 m B GHz dB uV m dB uV m 1 3 50 70 3 6 54 74 PE EUT EUT
67. E C7SZZ72 2 2 200
68. AMN 9 4 EUT 0 5 m 2 mx2 m AMN SN 17 9 5 EUT 9 5 1 AMN EUT 1 ITE TITE AMN a ZS C 8303 2007 b c
69. EUT EUT 108 MHz 1 GHz EUT 108 MHz 500 MHz 2 GHz EUT 500 MHz 1 GHz 5 GHz EUT 1 GHz 5 6 GHz 7 CISPR 7 1 CISPR 7 1 1 CISPR 7 1 2 80 80
70. 2 B dB uV MHz YE SO GAL 0 15 0 50 66 56 56 46 0 50 5 56 46 5 30 60 50 1 2 0 15 MHz 0 50 MHz 5 2 3 A 0 15 MHz 30 MHz dB uA 5 40 30 30 0 15 0 5 MHz 20 logio 150 44 dB 4 B 0 15 MHz 30 MHz MHz dB uV dB uA 0 5 30 1 0 15 0 5 MHz
71. 87 CISPR16 2 all barts Specification for radio disturbance and immunity measuring apparatus and method Part 2 Methods of measurement of disturbances and immunity CISPR16 3 Specification for radio disturbance and immunity measuring apparatus and method Part 3 CISPR technical reports IEEE Standard 1284 1 IEEE Standard for Information Technology amp Transport Independent Printer System Interface TIP ST IEEE Standard 1394 IEEE Standard for a High Performance Serial Bus Firewire 15 11801 Information technology Generic cabling for customer premises 88 74 A 8217 72 DENR E BROKREDPOBRANSE FLYER gt RECEBI H1 FRIAS DNR CISPR 22 2 PIERKA E U ZREBOMAIZLS1 GHz 56 GHORER TOKI ER ORR EEALE LTS CISPR 16 1 1 21 GHZ Liz T SIERO SERRA ERLE L Cu S CISPR 22 x 5715 RRI L BOWLER I CISPR 16 1 1 2006 f 1E1 2006 E2 2007 06 4 178 CeEBANS CH 5 H2 Aha ERv F zU EUTRACHERIBIZL V ER x t ST ORAKOR CMAN r EUR gt ku CU COACHEREBAEUTO CHS gt EREHE VA m 05 272 Wk DED DEAT ERVAS TIE FREER gt REZ x Z 25 CHERBICAAANSET FAVL CWEFEZ EC fv 2202 DS 1IBFIBRBEVG INIT ST SCOERIZ HKL TS 89 a z FOR ERB FT TAHISNOIEE 11 ZL FOR ERB TAHISNOEE 96 8 11 2 2 4 FO Z DICH TS 2k FOR FRLSRODEREIEL WET EBANL
72. 150 0 150 Q AE TCM IZ SERORA Z150 2 EUT EUT 81 C 1 3 EUT 150 Q F 5 TCM BODOBE K ZAET OTCM T A EFRI D E b E150 DLV BEPAWGSA EUTO WER hZBRANET PUEZ 2 Z Y R 2Z 2gJ7 23 2 G TOMT EF R E RET SEZ EBCES LOL RICAEWOTCMT d 150 V BBR Z ZZ RET L 2 p FOREBBHEBZLAS EC 30 MHZ FORJ
73. 8 3 EUTACE EUT m KUT EUT ISN EUT
74. REUT 08 m AMN AMN EUT REUT 0 8 m 1 m 1 m 0 4 m 1 m EUT AMN 18 AMN AMN AMN A
75. a b d e 0 REUT ITR 1 EUT IT 1 ITE EUT PBX 11 LAN
76. 8 4 n 9 229 FITTI DRF RY K 2 g 27 FE PLREOF Z HAEN B 2 e SRIZLAN TIIA ANZ Ci BOER 2 DFAV 7 TIE 16 MHz 5 CO SEE 10 Mbps COF 2 BAIR SNS fi IEEE 802 3 10BASE T IEEE 802 5 Z gt J zo 4Mbps2UTP ik 25 MbpsDATM LAN 100VG Any LAN UTP Unshielded twist pair cable 4 7 TIUAE 20 MHz CORFE 16 Mbps COF 2REICHA ANS i IEEE 22022 76 MbpsDUTP K DFAVS e 7IL REHE 100 MHz COM 100 Mbps COF 2REITHA ANS fi CDDI 100BASE X 156 Mbps oATM LAN 1000BASE T CCDI Copper Distributed Data Interface ge e 7I REHE 250 MHz CO FLERE 7 ps 1000BASE TX 1 2 GbpsDATM
77. AE CH 50 1 11 1 100 Q TCM 50 Q 3 10 1 25 m TCM EUT TCM
78. H EUT G 2 TITU T G 3 TTU T
79. e o ee o e e o o e eo e e o o o e o o e o JH CEFO FEER o BERR OE ELO ARIE gt 5 fik S TL F ERY F o o o o 69 o o o e o e e o e o e e o o c e ee o o o o o o o e ee o o e o o o o e e o o e 6 o o e o o o o o e o o o o EL 1 m XIB 1 7 BIC 1 ISN IEC61000 4 6 CDN C 2
80. 13 4 PC EUT 4 1 2 4 NII MI 4 2 2 0 4 m 0 4 m
81. Zaecm AE Zferrite Z 150 Zfsrrite Zaecm F 8 C 2 ii z 1 zz 150 0 150 QO ze 2 Za Lrerrite O Zaeem BINA K Zerrite C L lt 150 ok errite 130 2 50 Zee Vi 50 Z ferrite 1300 ERE V 2131000 QL RODNA 0 15 MHz 30 MHz 1000 Q GoL 0 15 MHz 83 2 0 15 MHz
82. EUT EUT 6 EUT EUT ITE ITE 2 10 m 3 m 7TE EUT 10 20 dB 80 MHz EUT 3 m 10 3 2 1 m 4 m 10 3 3
83. EUT TCM 150 50 Q ISN CDN LCL EUT TISN LCL 7V7U7U7 7 7 7 9 6 2 275 0
84. CISPR22 0 15 MHz 30 MHz 20 Q 150 QA 2ewste 2Zmeem 2 130 2 em 2 ecm em g F 82 EUT AE Litho I 2 Lapis GC F 2 Am 2000000000 00 ES d ees tt m m m a aa aq ee m S Ku K m a ret a ae aaa g IEC 1351 04 Veutem EUT Zeutem RBUT Vaecm AE
85. EUT TCM 1ISN CDN AE AE EUT TCM TCM z TCM T TCM ITE CDN ISN CDN ISN C EUT EUT TCM UT
86. 2 2 LCL LC LCL 74 Z 1 an dBu A Ur aBuV LcL dB 20108102 0 E 1 7 U Ur LeU a8 mgr 5 E 2 Z Lot 4Z UL 2 ROSA LX NG 2413 BE LCL LCL 2 o
87. 58 C 1 2 150 0 CDN ISN C 1 2 C 1 1 EUT 150 Q 150 Q AE 150 Q AE x EUT 150 Q C 2
88. EUT EUT EUT EUT EUT 27 10 3 4 EUT 10 4 1GHz 10 4 1 30 MHz 1000 MHz EUT Ce 10 4 2 ESHER BES BH
89. 10 5 1GHz 10 5 1 AMN 10 5 2 8 3 1 10 5 1 10 4 4 0 8 m EUT ion 10 10 5 3 8 3 2 10 5 1 11 12 10 5 4 77 10 5 2 EUT 10 5 3 13 29 10 6 1GHz CIS
90. U UU1UU7U U7 7 777 U7 ae 77 EJE CW 7 TEC 1351 04 F 4 150 Q 84 F 7 CISPR16 4 2 A 5 F 7 1 ISN Xi u x Cr ciul x dB dB dB V 0 1 k 1 0 10 1 0 10 ISN Le 0 1 k 2 0 05 1 0 05 ISN Lisn 0 2 k 2 0 10 1 0 10 Vow 1 0 k 2 0 50 1 0 50 SV pa 1 5 0 87 1 0 87
91. x 1 m A 2 b NSA EUT 1 m X1 5 m iii x1 5m HS e o o o gt e o o o 1 5 m x1 5m 53 iii e e e o o A B C D ISN E F G ITE o o o o o o e e e o e o o o o
92. 0 15 MHz 30 MHz 20 0765 2 TCM 150 Q 120 EUT 380 MHz 5 30 MHz 5 pF 1 062 Q 150 Q TCM 148 OE RA EUT 5 pF CISPR16 1 2 5 2 2 RUT EUT 5 pF
93. i 0 4 m 1 7 9 52 293 E EKER RE t OMRAADE ORRA EH 284 FRAME 38 39 11 40 i LSN Hz SU 2222 ISN AMN GA EPONA GIA TW UB 5 7 Z k z Xi HO YE T SOE 10 5 1 BE HF VO 41 12 il m 13 42 ATRIA BLE HET x AY 1 a WER HEFT x R YT MERU CL COBRMOKHCEC
94. k nm s r dB uV dB uV7m 3 4 5 6 7 8 9 10 11 12 2 04 1 69 1 52 1 42 1 35 1 80 1 27 11 24 01 21 1 20 7 2 4 ER O Li 8 8 1 EUT EUT RUT T 5 6 6 dB 6 dB 10 8 EUT
95. LAN LAN 10 LAN 250 ms LAN E 3 8 CISPR16 3 3 CISPR 9 6 3 1
96. 10 MO RUT 5 pF 150 kHz 30 MHz EUT
97. 32 5 2 CISPR H ee 1 6 6 6 6 6 6 6 6 6 2 3 ZU 41 9 a he ee WU S te eR SY SN cet Ye 8 4 TE s s s s 4 1 B s s s s s 05 4 2 A s s s s s s s s s s t s t t s t 5 5 1 eo t t s t t os t 5 2 6 PONE ORIEL 6 1 1 GHz s s s s 6 2 1 GHz s s s s V 7 CISPR s 9 9 t
98. C 1 1 ISN CDN T LT AE EUT ISN 7X X kot M F 2 C 1 8 EUT AE 150 78 F 3 C 8 TCM 150 OO REUT TCM 150 OQ TCM
99. TE 10 4 R 6 5 1 H REUT 3 m 10 m 10 4 8 EUT 10 3 1 2 33 My 3 1 1 AMN 2 0 4m
100. 7 1 CISPR s s s s s 7 2 8 s s s s 7 V 8 1 0500055525 0 NE 0 0 a se 10 11 8 2 8 3 8 4 9 1 9 2 9 3 9 4 9 5 9 6 9 7 10 10 10 10 10 10 10 10 10 1 9 o e o EUT 0000000000 EUT s s s s sos osos t s o o AMN e ee o e e e o e
101. 9 2 2 16 T L D U7 CV7 B 9 2 CISPR16 1 1 4 CISPR16 1 1 6 CISPR16 1 1 4 6 dB CISPRI16 1 1 5A CISPR16 1 1 4 6 dB 9 3 AMN
102. 0 87 1 0 87 OVnt 0 0 0 0 1 0 0 M 0 7 0 8 U 0 53 1 0 53 AMN Z 2 6 2 7 1 08 1 1 08 VISN Visa Vit Let Last L Lypt 8 Vowt 6 V pat SV prt OVa OM Z C b 0 Uc Visw vZetu ix 1 8 Urap 2 UA Visw 3 6 dB 86 G TTE G 1 EUT 70 1
103. 16 187 7 8818 BFA 4 dB 10 4 3 EUT 10 4 4 1 2 2 SA RM RRA CISPRIG 1BAHK 10 4 4 REUT 1 m EUT
104. 4 CISPR16 1 4 2 0 2007 8 FREEBBAHMBIS APARE EIZA CISPR OPBBUBIZOUT RBSEBLOT WEREORGBWRIE EDT CER LOGE THIR BRIR ERBERI lt gt x gt r OWED EB si OH HERE 16 2 3282 0 2006 J 9 CISPR16 4 2 2003 EMC 10 JIS X 5150 2004 ISO IEC 11801 2002 1 221 61000 4 6 20031 2 2 2 0K E TOEL 2004 E2 2006 225 2006 2 EZEHCISPR11 2003 Z F4O0KE COKE 2004 Z tuz 4 E 2004 3 ZACISPR16 1 1 2006 Z 2 0K 2 TOEL 2006 E2 2007 ADEE 225 2007 4 EZECISPR16 1 2 2003 Z 1 0K TOEI 2004 FE2 2006 FR DERE LYK 2006 23325 5 x 3 1 TTE a
105. ISN AE 10 dB AE 22 150 kHz 1 5 MHz 35 55 dB 1 5 MHz 30 MHz 55 dB 72 ISN AE OD 6 ISN LCL f MHz Es LCL dB 75 10 log 1 dB 150 kHz 2 MHz 3 dB 2 MHz 30 MHz 3 dB 6 dB 2 5
106. LCL ISN LCL CDN 3 ISIN CEG CDN ISN 9 6 2e CDN ISN CDN 1SN CDN ISN 50 Q 7 57 EU AE CDN ISN 10 cm gt lt 80 em AE EUT N e C 1 ISN IEC 61000 4 6 CDN
107. 1m 4m gt gt R gt 75 k 075m 5 1m 2m T k R 1m 4m 4 26 EEF bY R CONSAM ED OY FTE EUT 7m FTE X1 5m 8 X1 5m BA UNC COMM HR L lt U UX WE U x 2 Am bU DAD 1 mL EBE WSGE k fi 53 4 2 BF 1 Smith A A German R F Pate J B Calculation of site attenuation from antenna factors IEEE Transactions on EMC Vol EMC 24 1982 2 German R F Comparison of semi anechoic chamber and open field site attenuation measurements 1982 IEEE International Symposium Record on Electromagnetic Compatibility pp260 265 3 Pate J B Potential measurement errors due to mutual coupling between dipole antenna and radio frequency absorbing material in close proximity 1984 IEEE National Symposium Record on Electromagnetic Compatibility 54 B 150 kHz 30 MHz 7 7V SIZ BUNT 2 7z DIC E Sk SER ATHE bin RF
108. 45 0 9 0 8 0 7 0 7 0 2 0 1 0 9 0 5 50 0 4 0 8 0 7 0 8 0 5 0 2 1 0 0 5 60 0 1 1 3 0 0 0 1 0 6 0 4 0 4 0 1 70 0 2 1 9 2 2 15 0 8 2 1 2 2 2 0 80 0 3 2 1 1 6 0 4 0 3 2 1 0 5 0 7 ol Le 4m 1m 4m gt 2 P p 360 A 1 a RETZ AY CONSAWEO DORRE 7 TWE EIE 27 4m 1m 4m gt 7 PA BYA 1 b fV2F7 x KYA 7 7 AE KF Spi Be 52 1m 4m gt R Ny I 0 75m 2 x 4 2 EF RAYA R CONSAM ED ODRI FTE EUTO XZ 2241 ETT2 x15m X15m BA UNC COMA BELLS RURREECAUISHRAT OBO S41 mL Ln CL 5222 GEM fat cer Am
109. ti DLLAOISNe e a YAN KOR FROSREMET DAAI OWLAR ADISNG AF DL KOROSTI EWES SEGAL UCR HIDISN MEAT 5 2 74 2 2 thd INDIEI HBYBO AI 2 x Eo CEI Epi TIIR F TFAOWOHIN LNT RUZEOV TS LAL FADEREN CU SRRAD D ai SIII 5625 BLECHS BID AP 5 D 7 R SN CU SISNHELOWL 7 TLAD EGRET Yz zz T7RBOGRICOABL TW SEO CHE 0 EUT N h 2877 SEL V EMCAMBOLEE RS EJD 12 5 D Ha 8627 SISNBRONZLE DER LAWIBHL ES RROZRFONAKAORGY LHC L TW 57 BID LZED3CHEBOISNBE IL ISINBATSRKONT RLV EPRI Je FOR ES DOME ML 022 FIFATNSFSEEDLIUZCBRLENEPERETEFIISERELI KPORBE E L FFAZbUS SERB ERRET 58 BYP EOL ME rx CRG FIL Bb YE OSDIR AN TO OSRE T YE 2716 81 2 2 Power over Ethernet 8271 5 BELT SRE EELT B rp a COMBE ZT 4 ZEEL Z AUC Tile BE EWRA AEF RRA ERUR DPE ENS 2 BEIT 3 BE CHI AN Zi F777 FIDBO B EISELE TBOECBT 2 F 4 TRE CLUGE B D 42 5 D 7 Z 520 OISNEG v BEC 90 2 ZE WE EA IEE 15 5 CHOA RRD CIT EO OISN FSEORETSE c EBBBERS 722 AD OBEADO 251 UZ Z COLBBRUTHL Wiz WATS ISN WESI ROR hii L CS HEA OBEY f E D22232 2 DE RET So 9 6 3 1 b L lt 29 6 8 2 2 2 MEDRE NEAT 5 AREBIZL
110. 150 Q 0 TISNIi s ee Cos C oe s s s s s s s s s s s s s s s s s s 5 BIC 5 PARRA ix 0 D 1 1 TSN ee s e D 2 1 2 LCL ISN D 3 1 221 3 4 LCL ISN D 4 50 Q 2 ISN c s XID 5 2 ISN er T toy Ke Nee Go 8 t 0 3 XD 6 50 Q 4 ISN s s D 7 4 ISN s Do o l BID 8
111. 2 2 4510 RET T27 17 700 Ex 5 37 20145 5 D 9 ISN n ISN ISN AE EUT Rx L1 n 1 x 7 mH n EUT AE 1 9 5 2 e 9 5 dB D 10 ISN ISN ISN EUT AE ne C lt 1pF 100 Q
112. 2KRUCAARCERS EFF PE NEAREST S 6 MI SHR K 9 6 2 JA l CEBANTISNERATS BEELLBREM DFAYSOS INELSLENLLO INE EF SPOIL I IG MF EIN K 9 6 2 JIE CEMENTISNEL TS ERN HEERA ZEW EMTS z HEED Bit BEM EDS HEMDSOT A 3 3 MTER 9 62 A CERANEISNELEATS TG EOE gI ERRET ENF 9 6 2 A CEBANKISNELATS s SE 2831 121 7 0 HOEL SAO EES SIL EH BME BATS 7 Bic 5 HRT xe aE SOOT A F R 63 D SN ISN AE L1 2 x 38 mH L2 2 x 38 mH EUT Rx 50 1 95 2e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 D 1 1 ISN 64 ISN L1 5x14mH 1 2 12 4x14mH 2 EUT AE 1 l Zcat I Zcat L3 2x3 1 mH L4 14 2x3 1 mH mu ma Rx
113. FORRES O E Yo L 18 0 FR LISNIH KI 3 YRD ora T TPVLONSRRORKRE TZ TF 4 TH 21 EUT 28 Leno Phin ean ad HR TW 5 SIZ 2716 27124 57 10 4 UZ ISN ef 7 5 1000 Base T1 GRY Rom R Le RF CHL RHRI TSAOIHE 216 2 10 Base T 100 Base T4 Te x Ro R LOS CL GEOR OILO 2 52 LALED LV COBAIA ISNO 2 bOI 5 EBHKS 1 D 3 Z n yk 272 SN BLS 2 2 7 TSAWOBCONT RES ZF 4 TCHS EBD DO VU V Z D 6 D7 ISN 1000 Base T 7 7 FR 1 FRE RAZ LY EUT EMC OB RPE CDONSTRET IT ALT ERRL SA ISN Z 10 Base T L 100 Base T ZE R ani L ChB 5 BLA PRY bK hEFFOEUT IZ 28RD56 x 5 7 LVE Eh CASED v 2 D2 D3 D48 L 20621 SOISNO TH 5 2 x 2 C 2 5 212 EUTE L TIO DADSLX R 2426 2RbBF7 SABEHAH TS ADSLIZ1 Xt SEB YRFADEOLYOBRBST AT 47 CHS UL POISNEHHATSE EB HKS 1 JD 2 b LItD 83 ITTE 275 ISN 91
114. KEBBIZAL CU ZLHOME COMEIZLBIU C EF O 5 E IRRE E HABE OBR E OFFER MUAT CENIE ai u TOF m US MH oz BS VLARAREEDIOWL EER 5 HET v M Z ET 43 EFS ROMEI ARKBAORRLEFS ZB 80 MHelAB YT RT LFF BER BA CABB30 MHz2 D 80 MHz DIA CO TT IBA FHORMECHIET b WEARERS LTELV a ERTED RERO D GED E ILI DOR bE CORFEBI m Z p X s za BAE COBBBLOK ERE OWES AU CES EONS 22 LRP nl 5 TORTIB 22 S EBD TS 2632 EMO TV FR L s WEBLE CHE DELL DELED 9 0 T LETS 80 2 BER CAVEWE CHL HREBOR LO HEB F TLEBA CLE MERER RITE 28816 MOR EBI SEE te or aa LTH LEV F TSLERAT 5262 ZA b AATTE 1 mg l5 mx HS 1 5 MUN CHAE KEME Hub RIT BT ONE COBFT IZ EEF 6 LMORA VJeGAT 5968 CHS 08 Rhost COME CE TFRDSERAIBBLORAMCRF LE 512 EEE Cd o D T AOE 2 PD A MA DURET KERGBOME cI Clr P RE CAE CHET Z NSA DWiElZ KZ oTit XE OTF EBT gt 7 OFFFERAIBL USCA 22 L lt 12A 62 OS CHEF BIA A BIA MIR Yk 2 RATT 7 EMFELREB O Z FT FTA PL BRUIZTIB OCHO E n 5 ZV 44 1 ERGY R F x x zs MAAN OZ il 27 RVI LF TEA 5 KF Wi BE A Q 50 S 2 KHOW EIB TS STAB xx Km x HG ELE AA Fror 2 A 3 A 5 ZA 45 22 2 EREA hry TR LY a AN FERAL A RNS LUFT EA 5 272 AA ta Be ET FEE fave 3 m 10 m hi 2 75 m hi 2 Bn 7 G w
115. h 2 m h 2 75 m MHz 1 4 bs 1 4m 1 he 1 4m_ hz 1 4m 30 40 3 5 1 8 2 6 35 2 7 7 7 7 0 2 40 13 0 7 1 6 1 0 45 0 0 1 8 2 1 1 9 50 0 8 2 1 2 0 2 4 60 1 5 0 9 0 8 1 5 70 1 3 0 9 0 2 0 4 80 0 2 2 5 0 2 2 2 90 1 8 3 1 0 7 29 100 0 7 20 0 3 21 120 1 2 1 0 0 9 0 9 140 0 5 0 4 0 8 0 3 160 0 3 1 5 0 1 1 3 180 0 4 0 9 0 1 0 9 200 0 5 0 4 0 8 0 5 250 0 4 11 0 1 0 9 300 0 8 0 4 0 4 0 3 5 48 2 A 5 MBP ARNT FFEA IERIE BR gt gt RO L s WE ET SHIA VE Z RG IELRE A AF ro HLE3 mM BIST FIERA ZBA HEZ AAFror aB JE HERE R 3 m R 10m JT BER IK i BE SEE fae IK ti BE EE fale fn h 2 m h 2 75 m h 2 m h 2 75 m MHz h 1 4m 1 4 he 1 4m_ hz 1 4m 30 1 0 0 5 1 1 0 3 35 7 7 0 5 1 5 1 4 40 1 3 0 6 1 5 0 9 45 1 7 0 0 0 4 0 1 50 2 6 1 3 1 4 1 0 60 2 8 3 4 3 6 2 9 70 0 1 2 2 1 5 1 7 80 2 1 0 2 2 1 0 1 90 2 0 0 2 2 6 0 3 100 0 6 0 8 1 0 0 8 120 0 4 0 6 0 7 0 6 140 0 5 0 3 0 8 0 2 160 0 5 1 3 0 1 1 2 180 1 4 0 0 1 1 0 0 200 0 3 0 5 0 0 0 4 250 0 2 0 5 0 7 0 3 300 0 2 0 4 0 4 0 3 22 BEME OME cT BIRT LUFF O TEKH 5 25 mbi HET Eo 49 FAG EIEI R F x Zk a AN 80 MHz7 AER EA 37245 CE AE arr ate aes ze I 1 smp p p us a p iz ii Q Le Tus Tay Ps 7 r uze o
116. r a SBR tt t os t ees ZEA 8 80 MIJEN RLS FT GJER M EET R WEI IST BHAI BLY R KIERR LEGS mIZBITSE 727 a az SEGA F 1 C e 20 5 10 m A 6 10 m B 7 3 m 4 crete m B ct 7 a G SO S 1 HHH aN oy IEC CISPR k CISPR22 276 027 2008 09 TE A B C F G
117. A pL CTCOMA 6 BY R 72 Q IU RET SATIS FFE 2 27 296 4 LA CTOM4 MEP R 7 SWOT EBABR ES NAL CHS 232 F 6 Annex C C 1 2 C 2 150 Q 150 Q AE C 1 2 F 83 C 2 OC 1 2 o 150 QHD DA TCM 7 EROC 1 22 565 HENKEL ZerriteK OVZaecom EJI e 2 2 150 Q 150 2
118. BRS SBE E ILE 235 x r o 75 x BAINF3SOIZ 1FIONSAWETIT CLIFF AD CHE 7 1 RCL WRITE LF TPLEAWC BKTEORBW ERED WIPER FABLECOPEDLORM 7 2360 RAR AY k TEDNE HRA LIE 427 5 HET ARYA F ORAM FAJE LT KAIBL ORAL CHER IZN RL PT FFEA CK EGR RL OB Gale CNSALMWETS OBE 1 a BIA bR v KE OY COB PR BERPED DWET FI 2 26 42 L CHERZA 2682820 KERBL OEE IBRO x KF le CHL C2 m AAi HL C2 75 m CI ILERBHS 7n r r da 7 TT BX L CH AL HEF x RYeT OZ oI 80 MHZ FOARA ROT RE IIIN RALI xr PE x GAIL KAGE T80 MHz 1 VER 2161 KERR L OF EGE CNSALWETS DBE 2 BIA aBLOBIA DIZCRT LIZ BK THROM LIEV A Rain WE FLEE KFA CET FR BUPA ODWET FT ER SIE BJ L TEEL 28H OE Kk J 29EROR XS KEL TI m 4202 m BERL TI 201 5 m C r5 3E2ba 2239 OF m z SHAS VE BLY ARG IEG AAFror Yi Y R LTH 7292 81 22 7 80 MHz MEL OREL AER 2 f 2221 IZBIE Z u gt R k x BUTS oT OS VF ya da Biz Ee IbRBBE LAWL GI FRETE E FR TIL E DRAR LUGO MERRORSUEBE PLES Ly t lt YT YY Z x SEE ari AB X T TOROA IFTE dBL LORRA CREL ka EIU LERRET HOT rz LU BU EEIE MT TI TATIR EAW FITI DORE E BAU Cu 55 BE 11 81 3 PDL ORES e F FORKEAP R DUR F G
119. E 3 ISN 1 2 3 4 S D 3 1 2 3 4 LCL ISN 66 AE 33 nF Ra 576 60 Re 440 L1 4x7mH Rx EUT AE 1 9 5 2 e 34 dB 1 2 Zcat ISN LCL 9 6 2 c 1 3 BE OISNIS FRZ ROE TARAN TST FLOMEIMEAF 624 HMNLITA IEF BROKE D 4 50 Q 2 ISN 67 ISN L1 2 ISN AE Ca 33nF Ra 400 O L1 4x7mH Rx EUT AE 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 BE OOISN L FB 2HROL CHE AN TOBIT
120. FNLOMEIEB 6 12 D 5 2 1SN 68 EUT ISN AE EUT AE 1 Ca 33nF Ra 11520 Rb 60 440 L1 8x7mH Rx 9 5 2 e 34 dB 2 Zcat ISN LCL 9 6 2 c 1 3 BE OOISN SEBISROE TH RASN TOBIT FPLOMEILRAF E E 12 D 6 50 Q0 A Fi 4 TSN 69 ISN 4 ISN D PET sz sss EUT l AE O O 2 1 1 i sana 1 2 1 l 1 O 1 O m Zcat 1 I 8x Ca Ca 33nF 2 gra R sowa db L1 8x7mH Rx ssl Rx EUT AE ik 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3
121. L B lt WE CH D TL 7 Bile e BHAI DOERCOIBULOGS WE CH SA BL fE 6 dP MEARE 2 BAT SBEEAAEECLRT 5 WETH SNE EH CMEANEEEMOMED BAT 5 B LOGGER LTF COS EUT AE 10cm 2 40cm 1 Cf D ik AMN 2 En 23 30cm 4 AE BJEKE EUT 515 E CMAD IES E FRRAE Ehi e EAER EET OR ORAI Em7 m 7 RAMEEZ m 7 207 FICE 7 O BEII 1 EUT AF 2123230 KEE 238 296 40 cm 1 cm OR AOKKE TE FINKE TS c L 2 1 5 7792 BUT E ZKH 4 c 7 em OF SE CHHL OF EUT AE UZ HRT 6 O BIL 7 FABBET m 7 7 255 Hi LE 2 Ny FY GLEOGRERE BUT LEBEKMAHOR b LEE U 732 D 10 cm BERN z EEG HM LICR Uz AMN 226 BERTE EUT OBR x AY ER RBA PRB OZBERIMET SO WEIR ANSET TF Z BEL CHET c 4 EUT EWEHBE EOKERE HHL 80cem t1em 5 MWE e BEWEER ET SBE L lt LH ZE 07202 2 BH ZE e EE m ZI 10 cmt 1 cm KETC BHU 7 e RAMEE B2 TOLE62 BUT rx UD ku C 3 EUT 60 C 1 4
122. LAN YE 2 5 8 0 02 21 9 6 2 SN 9 3 AMN PEE EUT s NS NR e ISN ISN a a TISN EUT EUT AE EUT ISN ISN 5 ISN ISN AE Mm EA E AR
123. MN 1 AMN AMN AMN 0 8 m 1SN 1ISN 50 Q LCL 5 ISN 1ISN EUT 0 8 m EUT ISN 0 8 m AM
124. N 1m 0 1 m m AMN 7 9 5 2 8 3 1 9 5 1 1 ARATE EUT 0 8 m EUT 0 4 m AMN ISN RIS ARATE la M6 ARATE 7
125. PR16 1 1 8 2 CISPR16 1 4 4 6 CISPR16 1 4 8 CISPR16 2 3 7 3 7 TTE ITE 10 7 6 20 dB WWE SPR GRO RIAL T 7 Offs iF 524
126. Rx 500 L3 L4 4 x 3 1 mH 12 4 mH EUT AE 1 9 5 2 e 9 5 dB iE 2 Zcat ISN LCL 9 6 2 c 1 3 3 ISN 1 2 D 2 1 2 LCL ISN 65 ISN 1 2 3 4 L1 9 x 1 4 mH L2 8x1 4 mH O 4 O O O O 3 O EUT AE O O 2 O O O O O O 4x Zcat Rx L3 L4 L5 L6 2 x 3 1 L3 L4 L5 L6 4 x 3 1 mH 12 4 mH EUT AE ik 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 M
127. lar 7615 7 cz ER I fF2AA Fror zZA 7 5 LOURA BEHAV 5 50 284 7 80MHz HER Iy FRK 2 OPAL BY RKE EA AF ro G2 mIZBISS ST FIERE SBA HERZ A AF ror dB R 3 m R 10 m JE EERE IK tpg BE FEE fi PE IK tpg BE E E h 1 m hi 2m h 1m hi h 1 m bh 1m ini 1 5m 1 5 m h h h h h h h h MHz 1 4m 1 4m 1 4 m 1 4 m m m m m 30 1 7 1 1 0 2 0 1 0 3 0 4 0 6 0 3 35 0 6 1 4 0 1 0 3 0 3 0 3 0 7 0 4 40 0 6 1 1 0 4 0 5 0 1 0 2 0 8 0 4 45 0 9 0 8 0 7 0 7 0 2 0 1 0 9 0 5 50 0 4 0 8 0 7 0 8 0 5 0 2 1 0 0 5 60 0 9 0 5 0 8 0 9 1 4 0 4 1 2 0 7 70 2 1 0 3 0 0 0 8 1 5 0 2 0 1 0 3 80 2 8 0 2 4 1 2 1 2 2 0 2 3 0 1 8 2 A 8 80 MHz RJZ7 R II FF GEE R Za Z x REHAT SHANIA EF A RG IEGREC A AF rop HEB m Z25 75 7 7 7 5 2727 HIERZ AB R 3 m R 10 m JE EERE KEE EJE ME KEME HEE fariz hi 1 m hi 2m hi 1m h h 1 m hi 2m hbh 1m h 1 5 m 1 6m h h h h h h m h h MHz 1 4m 1 4m 1 4 m 1 4 m 1 4 m 1 4 m 1 4 m 1 4 m 30 1 7 1 1 0 2 0 1 0 3 0 4 0 6 0 3 35 0 6 1 4 0 1 0 3 0 3 0 3 0 7 0 4 40 0 6 1 1 0 4 0 5 0 1 0 2 0 8 0 4
128. m dB GB 2 276 4 2 27574 18 8 5 7 g 17 4 6 3 1 50 4 1 50 4 12 6 1 32 4 4 4 1 32 4 11 3 1 19 4 2 8 1 19 4 10 2 ea e J ki Q 2 3 4 9 aa ae ee ri z 2 565 7 gt TF hO FRILL OR 5 23 2712 7 7 o FeRBKA DO 6 25emL FEE S L 9175 2 CO 5 KO WEI FT SHIA EZ RAG IEGRECA AF Tor 8 A SEELE 10 9 12 0 13 0 FAS BPA xe 7 EA AE IEMfrETZ7 R TROL a ME AT SHIA EBL AF roy AEENZBIVS TUT 6 Hi OBRA IEZ AAF por dB JE LEE R 3m R 10m 1 2 74 kez FEE fale IK bi Be FEE fade fn h 2 m h 2 75 m hi 2m hi 2 75 m MHz ho 1 4m 1 4 1 4 he 1 4m 30 8 9 3 4 1 8 2 6 35 41 25 15 15 40 3 6 16 0 8 1 8 45 28 11 0 7 1 0 50 22 0 9 1 0 0 6 60 0 7 1 4 15 0 8 70 0 7 1 5 0 8 1 0 80 1 1 1 3 1 1 0 9 90 0 8 1 0 1 4 0 9 100 0 7 0 7 1 1 0 7 120 0 1 0 1 0 2 0 1 140 0 3 0 4 0 0 0 6 160 1 2 0 6 0 9 0 4 180 0 9 0 4 0 6 0 4 200 0 3 0 4 0 0 0 4 250 0 2 0 5 0 7 0 3 300 0 2 0 3 0 4 0 3 7 BB ct 8018 Yo THEKE 525 cm RETZE 47 HAA IP ARNT LTT EH ik RZ x s 2 2 EAT SHIA HE BY EE fF CA AF pop HEB mi ST UT 7 5 322 HIEI AAF ror dB ME R 3 m R 10m JT BER IK i Be SEE fae KEE SEE fale m hi 2m hi 2 75 m
129. ments to assess the degree of unbalance about earth Danffel H R and Ryser H Problem on the ISDN subscriber S and U interface ISSLS 86 pp 145 149 1986 Davies W S Macfarlane l P and Ben Meir D Potential EMI from ISDN basic access systems Electronic Letters Vol 24 No 9 pp 533 534 April 1988 Kuwabara N Amemiya F and Ideguchi T Interference field emission due to unbalance in telecommunication lines IEEE Int Symp on EMC Nagoya pp 487 492 Sept 1989 van Maurik R M Potential Common Mode Currents on the ISDN S and T interface Caused by Cable Unbalance IEE Eighth International Conference on EMC Edinburgh 21 24 September 1992 IEE Conference Publication No 362 pp 202 206 Haas Lee amp Christensen Ken LAN Traffic Conditions for EMI Compliance Testing IBM Corporation Research Triangle Park NC 76 150 TCM Aii EUT AE AE EUT TCM AE
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