CISPR22 - 電波利用ホームページ
Contents
1.2. E 2
3. CISPR13 2003 2 2006
4. 2 SE EMC
5. LCL 1 21 LCL 3 4 5l
6. i TE CISPR13 2008 2 2006 EUT CISRP13 2008 2 2006 EUT 4 CISPR13 2008 2 2006
7. LAN 2 LCL LCL LCL 84 ct 1 dBu A U dBu V LCL 4B 201og lat E 1 0 5 4Z cm
8. 2 dB EUT
9. VY at TSN 0 1 m 1 Q CISPR16 1 2 5 1 ISN 1ISN EUT AE a 0 15 30 MHz 150 Q 20 Q Ark 0 20 b ISN AE ISN AE
10. ITR RS232 IEEE 1284 USB IEEE 1394 Fire Wire 13 3 7 3 8 TCM RUT
11. ITE ITE 10 7 DY 6 20 dB 11 10 8
12. 1 JISC8303 2007 2 IEC61000 4 6 2008 EMC 1 2004 2 2006 3 CISPR11 2003 ISM 1 2004 4 3 CISPR 19 CISPR13 4 2001 1 2003 2 2006 11 5 CISPR16 1 1 2006 1 2006
13. EUT a 6 dB b 4 8 dB 8 2 EUT EUT
14. EUT 2 dB RUT
15. EUT 8 RUT a M M d d 7 uV m 7 8 b 8 6 dB REUT
16. 4 Ww 44 EUT 5 1a 04m So cle ee ee Poo i ie ee E T 6 1b 45 7 2 46 PX 8 47 EUT
17. F 1 EUT 150 2 Z 1500 IEC 1351 04 ey i i as a a E 1 TCM 150 Q EUT TCM 2 EUT TCM AE 90 O IEC 1352 04 F 2 TCM F 1
18. AAFror dB 8 m R 10m fn hi 2 m hi 2 75 m hi 2 m hi 2 75 m MHz hb 1 4m b 1 4m h l 4m m 1 4m 30 1 0 0 5 1 1 0 3 35 1 1 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 25 cm 59 A 6 An 80 MHz 1 m 2m 1 m lm 4m 1 m 4m 4 8 2 5 8 4 9 1 5 m 1 m 2m lm 1 5 m lm 4m l1m 4m lm 4m l1m 4m lm 4m AN dB 6 17 5 13 2 A47Tor
19. MCSE LEAS AA Su vu J Bi gt He Sept ook St 4 Ho TE BE OR ze mi Heh gt 3 3 d ON fr Ji ce He S W Yes Ha y w Jio Ao 3 g W sof yf Wr Ww Gt MMs Ao 4 dr SHY ae pe Yo 3 m Me HEE Rs Bi ihe iy ii gt nt or Qtw NE WE ce of LA a FR BFS gas RC My te Bt ty Ne gt a Oe lt Fo a IW IR w te MY G FH w Uv oe sak Yds HEE Ye SS see Han a Mike My BIR BS y
20. 9 5 1 1 C 99 I ISN Ll ISN 9 6 3 1 1 2 ISN 2 4 ISN 4 8 ISN D 1SN D
21. 5 AE AE C 1 1 C 1 1 ISN CDN T LT AE EUT ISN P F 2 C 1 8 EUT AE 150 O 88 F 3 C 8
22. TCM 3 9 REUT 3 10 EUT 3 11 AE EUT 4 TTE ITE A B Al B B
23. ie PFU EMC BIE F EBMC eae Gp R EMC EMC
24. 1SN ISN ISN EUT AE ail ig C lt 1pF Rx i 50 Q Lcm gt 9 mH C lt 1 pF EUT AE 1 9 5 2 e 9 5 dB SE 2 ISN D 11 ISN 82 E BR E 1
25. 15 5 10 m A MHz dB uV m 30 230 40 230 1000 47 1 2 6 10 m B MHz dB uV m 30 230 30 230 1000 37 1 2 6 2 1GHz 10
26. a KUT EUT 1ISN EUT GE
27. lmg p g NIT a EMC amu Gp K EM FRB PFU EMC 1 OH EM ee BMC FRE VCC I nines ge Noein oe TR WE S NTT
28. ANUS 3 CISPR 11 HAS CRE ES 4 Oren Gee SO Se ee Rae eed oe 11 9 AR a Se RE RN Re Dw ee ee we i 11 12 4 ITE 6 8 ee ee ew we ee ee ee ee ee eee 14 4 1 B 6 ee e ee ee we ee ee ew ee en 14 AS DSR ee 8 OOK ADEE RE BROS SS 14 15 5 1 15 5 2 16 Ge FRE eT Eb ER EER EE 17 6 GHA EOS Sh Se aS eS ES ew a 17 6 2 1 GHz aahon RR we eee 17 TCISD RA OMe FS RE e RI Be eee 9 18 71 CISPRA AROE Soe Ee ee Se SO ae ae ee 18 7 2
29. AMN 9 4 EUT 0 5 m 2 mx2 m AMN SN 27 9 5 RUT 9 5 1 AMN EUT 1 TITE ITE AMN a JIS C 8303 2007 b
30. EUT 10 4 4 1 2 CISPR16 1 10 4 4 RUT 1 m EUT 1 10
31. 40 ec CISPR11 C 0 D 0 5 dB REUT 11 pll 11 E E E EUT uV m uV m EINI uV m 2 AM FM TV
32. AE ee 9 7 6 20 dB i A 10 10 1 30 MHz 1000 MHz Rr eae ae
33. LCL 85 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 arrangements 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 I 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 Conditio
34. b 600 V 12 Xl il I ITU RR ITE YE ITU RR CISPR22 TEC FAS CISPR
35. f ES F ue Re BMC a 110 111 1 115 2 D 9 123 JIS CISPR22 19 2007 7 5 2 2006 3 Gu Qu we CISPR22 5 2
36. TCM 150 QD REUT TCM 150 OQ TCM 0 15 MHz 30 MHz 20 QTE A TCM 150 Q 120 EUT 380 MHz 5 pF 30 MHz 5 pF 1 062 Q 150 Q TCM 148 OE RA EUT 5 pF
37. F 4 0 15 MHz 0 15 MHz 30 MHz 1 RY DO IT TF IAF TEC 1351 04 4
38. 0 4 m 0 4m 0 4m 8 11 0 2 m 8 3 3 E e REH 8 3 1 8 3 2 0 4 m a ARE MEK Him 0 4m EA KERTO m 9 8 4 EUT EUT
39. A i 10 53 80 MHz 830 MHz 80 MHz a 1 m a b
40. MHz dB uV dB uA RIE RIE 7 43 0 15 0 5 97 87 84 74 53 43 40 30 05 30 87 74 4 so 1 0 15 0 5 MHz 2 20 loglo 150 44 dB 4 B 0 15 MHz 30 MHz MHz dB uV dB uA RIE 4 30 0 15 0 5 84 74 74 64 40 30 30 20 05 30 74 64 so 2 1 0 15 0 5 MHz 2 20 logio 150 44 dB 73 6 16 6 6 1 1GHz 10 R HUT 5 6
41. gt ie A FW sex es US Vk WE o a ie ITE 1 b 600V
42. AMN 10 5 2 8 3 1 10 5 1 10 4 4 0 8 m EUT a 10 10 5 3 8 3 2 10 5 1 11 12 10 5 4 on SORCIENK 10 5 23 OE EUTOK M7 OME 10 5 32 13 10 6 1GHz CISPR16 1 1 8 2 CI8PR16 1 4 4 6 CISPR16 1 4 8 CISPR16 2 3 7 3 39
43. SAT BYU UE SBP PI DT OX F SLT IGE SEITE S LL Fa LAH BEE amp LHA ZHE AG BO US TY 1H ea SUSE 1 We AERO CO LE OUA HEHE AUAN Be SAE BUC S ETO Q FHEA O HAE LUE S 8 7 SUI YORE OO Coo CU oo E if SI BADER FH SALE LARZAN LIO II ea 4G YE Se ae Jt ORAL O X Ik Fk EWW S FULAO ASAE LAZ SOKI sere OMS OT BAG Yt ete RAG DAG Oe Sea SAE A gt V 1 9TUdSIO T 9TUdSIO H x SHA 97OT 6 BH 222 WIA MEM P T 9THdSIO iy SES ee EM E 44 AA LE CWA E T 9THdSIO Hye NM Sle Be A OA T 91UdSID RZ ZTA MHS K N 6 OP ARE SOT Hl 4 ZHO T 6 0 8 MY O S PEM EE VGUdSIO Bay OT HA OH KEME eddSIO Bay 66 Ask e HA UJ Et ZALA ifi GE FARNE T APIE E IERDE EAEN 119 QR aL amp 2 Hb Ha MOD H NST S EY a 2 eg ye C2 Vd a 9T RA PUMI AAT 9 K 6cHdSIO THREE 3 LASE X N COYA K AY lt EC GY US HR HV NQ f SY LE SL N Lore ey GO GT H RAS BR 7 He AA eae
44. 0 4m a 9 48 49 we OL a aE tan Erne SSPE X s H 3 Se ae Cy gt 11 50 0 2m ISN A ISN AMN Gt A EPCRA GIA WYR EH tAE AWAD FICHE IF SE ZOE 10 5 1 BE FB LR 1 O X 12 AR EAR
45. A 1 b N8A X 62 1 m 4 m gt YI uy we om a a co A w A 2 a NSA EUT 1m X1 5 m X1 5m 1 m He aT 4m 1 m 4 m gt gt FERRERS T B55 ye EE 075m e k AE h 1 m 4 m A 2b NSA REUT 1m ATS X1 5
46. AMN 1 m 0 1 m Da EMC AMN SN 9 5 2 8 3 1 9 5 1 1 EUT 0 8 m EUT 0 4 m AMN ISN
47. ISN 1 2 ISN 2 4 ISN 4 8 ISN D ISN H C 1 1 9 6 3 5 9 6 3 2 X Wr 1 2 4 C 1 1 5 9 6 3 5 96 3 3
48. 35 C 1 1 C 1 2 96 3 4 C 1 1 C 1 2 9 6 3 5 5 C 1 8 EE AE E AC BUT EAE C 1 3 EUT AE EUT AE AE
49. EMC AMI CMI NRZ LCL LCL 83
50. EUT 10 cm AMN EUT EUT 30 cm 1 cm 10 cm1 cm EUT C 3 EUT 70 C 1 4 C 5 AC
51. 150 Q CEA TOZLARI F 2 150 Q REUT 2 7 EUT AE 150 ORO
52. cj a BEA MBER MOR AMN d S AMN 0 8 m AMN AMN EUT EUT AMN 0 8 m AMN AMN
53. viene a ITU RR ITE a ee GAT rigs IEC 107 he et en emer an CI SPR R O EM TT
54. VBW RBW 65 PK lt QP QP PK RIE QP AVG B 1 66 C C 1 C TCM F aie C 1 1 ISN IEC61000 4 6 CDN 1 2 9 6 2 ISN REUT EUT
55. 10 3 4 EUT 37 10 4 1GHz 10 4 1 30 MHz 1000 MHz EUT mes 10 4 2 va vob CISPR16 1 4 dB 10 4 3
56. 5 1a 6 1b 2 OATS EUT 0 4 m 29 7 EUT EUT 0 8m AMN EUT 0 8 m AMN 0 4 m
57. a b c d 1O e a b c 2 b c POS a b 0 d e f
58. 30 9 6 1 LCL 9 6 2 ISN ISN 8 4 YE a 9 9 2 1 LAN
59. 2 Zom Za Zem Zo AZ om dBu V U dBu V LCL dB 201og E 2 Us UNITE gt CORBET S SIEVE PB UE KOAL Z Se Zmd BE LCL ae LCL 6 9 kHz
60. EUT TISN LCL MN 9 6 2 se a mane ie rene i Re 2 2 LCL oo LCL 16 87 VOCDN MM
61. 15 A 5 1 1 4 dB hV ERINE 0 15 0 50 79 66 0 50 30 73 66 15 2 B es dB uV MHz HE SO BAL 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 7 8 A 0 15 MHz 30 MHz
62. C 1 1 EUT 150 Q 150 Q AE 150 Q AE SEa REUT 150 C 2 150 Q IEC 61000 4 6 50 150 150 Q
63. EUT 10 9 A ITE EUT 10 m REUT 10 m ITEB
64. PC EUT 23 4 1 2 4 1 2 4 0 1m 0 4 m
65. AMN AMN 1 AMN AMN AMN 0 8 m ISN ISN 50 Q LCL 5 ISN 1SN EUT 0 8 m EUT ISN 0 8 m
66. EM EMC w NTT th EMC EMC 109 3 CI SPR
67. 3 4 5 73 FSA gt 6 dB 6 dB ISN ISN Q EUT i O L1 2 x 38 mH L2 2 x 38 mH EUT Rx 50 Q 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 D 1 1 TSN T4 ISN Lt 5x14mH 1 2 ISN gt 4x14mhH 2 EUT AE 1 Zcat 1 Zcat L3 2x3 1mH L4 14 2x3 1mH ek Rx Rd 390 Q Rx 50 9
68. 83 FE 87 G ITE tt tt tt et ee es 97 H es DE RME PT i M 99 I ISN 100 ew ew we ww l we ee ew ee ew ee 43 2 43 8 44 4 44 5 1a 45 6 1bD 45 7 22 46 8 47 9
69. VA UTP C2 AB 50 Q C 4 V Lh EUT EUT C 4 V Ge MR H 4 ARE 50
70. EUT 7 8 7 3 m A GHz dB uV m dB uV m 1 3 56 76 3 6 60 80 TE 17 8 3 m B GHz dB uV m dB uV m 1 3 50 70 3 6 54 74 YE EUT EUT EUT EUT 108 MHz 1 GHz EUT 108 MHz 500 MHz 2 GHz EUT
71. gt gt A a 5 EUT 9 8 4 C 1 3 EUT lt 1 3 2 4
72. EUT 9 4 10 4 4 9 5 10 5 4 13 8 3 1 8 8 1 5 mX1 0m REUT EUT EUT 0 1m 4
73. G 1 VW 8 4 1 SH E 25 4 CISPR183 2008 2 2006
74. CISPR 16 39 d ISN EUT e ISN Von E 20log 10 dB mp ISN EUT Vap 3 4 1 dB 34 9 6 3 EUT 4 9
75. EUT G 2 TITU T G 3 TTU T 97 CISPR16 2 all parts 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 Inde
76. 6 dB 6 dB EUT AE 10cm 5 ae 40cm 1 1 AMN 8 24 gt 30cm 4 AE EUT CMAD PICA 1 2 3 A 5 Cit A AMIA EUT AE 40 cm1 cm EUT 4 cm 1 cm EUT AE
77. 10 4 5 10 4 8 A 10 4 2 10 4 4 38 10 5 1GHz 10 5 1 CISPR16 1 4 A
78. 50 Q F 1 C F 1 C C 1 1 C 1 2 C 1 3 Do ISN CDN LCL CDN LCL lt 1 MHz CTA 278150 Q ISN CDN
79. 3 on AVC R EMC Wag nd a AER AUS kE TB S
80. 8 3 2 8 8 EUT 15 cm 15 cm EUT EUT 24 0 4 m 0 4m ZAT AREO 0 2 m
81. CI SUGAH CEWEH SG GLAM HIZ CIDE BSNS BOS aE EO A e LAA Al DE ESE Bs SOD aH ODES CMDR DEA EY DIR NES CH IEODE ON S SOT Lz Xg RIGA 2 OLER IO L DE Bl DD Ii LANMEN 2 OK LANE O RE GUUS DIR ALD 2 SRE WATS RESHMA LOT 96 Po a te 4 JAHNO SRS THAI DERMAL C ZEBRGALT MINA HAMS He KMA EA MZ SEE SY SE OS UE DE amp AE 2 NOME EIN LAHOR CG HO TTO ME 6 HdSIO S SOW BS Se te ON ae Or OT CHAR EAE LE ML CALCI DH ORME GLH HABER EA LELE LY FTOIT CE LALARO V KY HE OW ESA CK SSE DIRK EA KLE LAY AGT AHO VIE Hitch ALAR USKALLA LARVERNE Hh AFLAM ee S o Ea H Olli Ee ae 2 T 9TUdSIO ZAPELA LAN LLORA SA AWET POT IPA 1 kt 9 GAO HEY FO WH AE Hime Yt A LA LLRA E K EVOL HY LLLE EVOL NY x 444 VOT 396 ATV HBAIACR IGE LOAK OF Dd Se GALE gD WMS HHK EAk lift BS SZ HIF MEE 9 CSUdSIO By SHEA SABE AY eur ON A es RUS ADI HAM amp ITARA C T SEED aw gt DIRS PNBWOLC ALME 4
82. ISN EUT AE C lt 1pF Lcm gt 9 mH lt 1 pF EUT AE 1 9 5 2 e 9 5 dB 2 ISN D 9 ISN 81 n ISN ISN AE EUT Rx 50 Rx L1 n 1 x 7 mH n HR EUT AE 1 9 5 2 e 9 5 dB D 10
83. 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 LCL ISN LCL CDN ISN
84. 10 A1 k A 2 2 m SEAT AF 3 m A 6 An A 7 80 MHz E J 2 ml ee e e A 4 AAFP pop A 5 AAFror eo e e e e e o o o o o o o eo e e e e e o o o gt o o e o o o var An
85. 3 2 KUT 1 TITE 1 TITE 3 3 KZ h RE ITE ITE ITE 3 4 ITE 3 5 ITE ITE 3 6 PSTN ISDN xDSL
86. 48 10 49 11 50 12 51 18 52 A 1 a NSA EE BV i net ees ies By 8288 29 Hes Vet ce Se 62 A 1 b NSA ed D a e E Mr GN EE es OP sie SE OS HENS 62 A 2 a NSA REUT 1 m X1 5 m E X1 5m 1 m 63 A 2 b NSA REUT 1 m
87. LAN LAN 10 LAN 250 ms LAN 3 9 CISPR16 3 3 CISPR 9 6 3 1
88. AMN AMN REUT 0 8 m AMN AMN EUT REUT 0 8m 1 m 1 m 0 4 m 1 m EUT AMN AMN 28 AMN
89. EUT EUT ON ROEE Ae 402 1 EUT 28150 0 Z28150 Q AB TCM CC RR 150 2 RUT EUT 9 C 1 3
90. 2 136
91. ITE ITE 8 5 ITE ITE EUT ITE ITE ITE ITE TITE TTE
92. 3 16 MHz 10 Mbps IEEE 802 3 10BASE T IEEE 802 5 4Mbps UTP 25 Mbps ATM LAN 100VG Any LAN UTP Unshielded twist pair cable 4 20 MHz 16 Mbps IEEE 802 5 16 Mbps UTP 5 100 MHz 100 Mbps CDDI 100BASE X 156 Mbps ATM LAN 1000BASE T CCDI Copper Distributed Data Interface 6 250 MHz 1 Gbps 1000BASE TX 1 2 Gbps ATM LAN lt v 2 10 9 6 2 SN 9 3 AMN 31 a eA EUT
93. 50 Q 150 Q 9 6 dB EUT AE 30 80cm 10cm re r AE EUT 1 2 C 2 150 8 CDN ISN 69 C 1 3 CISPR 16 1 2 5 2 2 6 dB
94. EUT TTE EUT MH G
95. 36 10 2 1GHz CISPR16 1 1 4 CISPR16 1 1 5 CISPR16 1 1 4 6 dB 10 3 1GHz 80 MHz 80 MHz 80 MHz CISPR16 1 4 4 10 3 1 EUT EUT 6 EUT EUT
96. 90 c 80 MHz 1 5 m 1 5 m d 1 mX 1 5 mX 1 5 m a 8 A 3 A 4 4 4 NSA
97. RUT ITE EUT ITE ITE EUT PBX LAN 21 ITE EUT
98. 2 0 4m 4 7 9 5 3 8 3 2 9 5 1 8 12 9 5 4 9 5 2 9 5 3 9 9 6 RUT E
99. 500 MHz 1 GHz 5 GHz EUT 1 GHz 5 6 GHz 7 CISPR 7 1 CISPR 7 1 1 CISPR 8 7 1 2 80 80 7 2 7 2 1 7 2 1 1 7 2 8 18 7an 1
100. 150 kHz 30 MHz EUT YE EUT AE 1 25 m 89 F 4 TCM 150 Q TCM
101. A 1 A 2 A 6 A 1 A 4 54 A 1 AN Ko Co BB om as 30 R hi hz 50 70 wm NT bo wl of ol al to 200 8 4 250 300 400 500 ro rm wl ef ef Be DO S S ede a eel ee af Go Gof Sal wao wl oa l ro S a A Se FS W Sol to ol al afl l wo A47Tor A 3 A 5 55 A 2 ae An 1 R 3 m hi 2 75 m W i
102. Ci a F ISN ISN de a TISN EUT EUT AE EUT ISN ISN 5 ISN ISN AE REUT 8 4
103. _ e te ee ee ee ee l 18 8 19 81 JARRE lt 19 BO eee SN SN SM ZS 4 SN RSS 5 20 8 3 EUT CT 23 8 4 EREE RUT 25 9 se et ee es 26 9 1 ae nT ee Sa SS YR SS SO a 26 9 2 27 jF Oeo AMNI 2 27 9 4 27 9 5 EUT 28 9 6 30 9 7 oS ose COs 0 eh aed cen Se ee Bel we SS te Lei we en Vets er ese ect es Sah ee 36 10 ee 36 10 1 RE ee ee i ae 36 10 2 1 GHz 37 10 3 1 GHz
104. CISPR I EC C IS C ISPR CISP CISPR ISPR C I SPR CISPR PR 2 1 CISPR 2 CISPR 3 1 CISPR
105. 10 dB AE 150 kHz 1 5 MHz 35 55 dB 32 1 5 MHz 30 MHz 55 dB Ww ISN AE QD 6 ISN LCL f MHz Es LCL dB 15 1010 1 dB 150 kHz 2 MHz 3 dB 2 MHz 30 MHz 3 dB 6 dB C 2 5 ISN LCL f MHz LCL dB 65 10log f 4 dB
106. 4 ISN 79 D 7 4 ISN 3 80 D 8 ISN gt 81 D 9 TSN ese ee ee ee ee 81 D 10 FADISN ee 8 ee 8 8 ee ee lt lt 82 D 11 ISN 82 F 1
107. B 8 2 1 EUT RUT EUT 22 4 183 EUT 9 10 8 3 PUT EUT
108. 121 X MR g LALEK R lal X NSI HAL PPL IE amp SED CORY AKE RAE NY OAL 4 ZU SAN TP ARYGDRO KAO EA ROG CEH CO WA NSI HALG XERRADA IAH 96 EMI MEY QAY GUS ASH SZ BI OM LARMAS ERIE BO ME RAZ ALU MEMRI EEO LNT 4 WORM HE SHKELMA E LOAD ROMA ak OF YA ZHDT HMak HI Pe Sae MY O S KME VGUdSIO Bay OT HA OM KREME 6eddSIO Bay 66 52 UML Le Seer 1225 eo TA PRE MKOG 2 WAE MEE ZG MES se Beta SCX OLSDB IMME ORB 217 GL ET EMR Se SE EHEAR e AV Koa OP 9 gan TZA NIRAS gt Ure A EY BCE 2 eR A Fy Se O BRGY amp ck AY ey ALHAO UdSIO OUI I 2 He My A ES DG ae AN TERS LU AIS AME OW OF SS RR MY AED TORE DBE S
109. ISN D 4 D 7 ISN seca ree D 1 D 38 So D 2 D 38 ISN ISN 2 Power over Ethernet ee e
110. CDN ISN 9 6 2 HT CDN ISN CDN ISN CDN ISN 50 Q ae 67 EU AE CDN ISN 10 cm gt 80 cm 4 AE EUT 1 2 C 1 ISN IEC 61000 4 6 CDN 68 C 1 2 150 Q CDN ISN C 1 2
111. 9 6 3 2 C 1 1 6 9 6 2 c ISN 5 9 6 2 c ISN 3 9 6 2 c ISN 9 6 2 c ISN 3 4 IC C 1 1 3 4 C 1 3 3 4 TH
112. EUT 150 Q D gt F 5 7x27 hCLATCM VE FV ADORE AE TCM 150 Q EUT TCM AE TCM 150 Q 30 MHz TCM 150 O TCM F 6 Annex C C 1 2 C 2 150 Q
113. BE B 5 10 m 4 2 A A A B ITTE 14
114. CISPR16 1 2 5 2 2 RUT EUT 5 pF 10 MO RUT 5 pF
115. CISPR22 6 ISN CISPR22 6 ISN 1 115 PQA DUS SR OLA OD YOK ELSA EH SLE 2 BSE GP ST KAAMEN Z 9THdSIO 8 24X 21 9007 37 T Ht SB AKAME 2 P002 T AA 8006 6 9tHHSTO 9 MERO it Hi 22 7006 6 T AIRE ANY CONES A 900g t 9005 T T 9TYdSID 9 ALI ISLEY PID WRR F008 1 TA 86006 TLHJSIO 7 EAD ELE 9tHdSIO X 9006 6 T F002 I AZ 00 9 F O0OTIOUI 2 ILS KRED 2 EASA EE LAZH 700g e088 0 SIF 1 EHIS 6 MII SGM UUS HKL a MMO 9 SUdSIO WEN 2 AS 109 St HY wy HAZ OG O S KARME 66HdSTO HE OT AA COM 9 KARME eeddSIO HA 62 Mk Adee Be LMMS e eH Sy IE BMA MK R Agily
116. 108 ANA a N CISPR A EM NTT NTT EMC Gh SER ATURE 7 a JA EMC FMC
117. RF ITE 1 TITE PWBA en ee ee CPU PWBA Be ee Or ect E re nat Nr B PWBA 4A PWBA PWBA pra eee Cala a A
118. 1 2 3 4 D 3 1 2 3 4 LCL ISN 76 AE Ca 33nF Ra 576 Q Rb 6Q Re 440 L1 4x7mH Rx EUT AE 1 9 5 2 e 34 dB 2 Zcat ISN LCL 9 6 2 c 1 3 E ISN 2 Dit D 4 50 Q 2 ISN 77 ISN L1 2 ISN AE Ca 33 nF Ra 400 Q9 L1 4x7mH Rx EUT AE 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1
119. 100 NCHS TCM C 4 50 C 8 10 1 25 m ae aot ls ae et TCM EUT TCM F 4 71 xa ml aE Till C 4 72 EUT
120. 3 CISPR16 2 3 2 0 2006 EMC 10 JIS X 5150 2004 ISO IEC 11801 2002 1 IEC61000 4 6 2003 2 0 2 2 2006 2 83 CISPR16 1 1 2006 2 0 2 2 2007 4 CISPR16 1 2 2003 1 0 1 2 2006 ao 3 z gt foe 3 1 ITE a CISPR11 2003 4 0 1 E1 2004 E2 2006 El 2004 4 1 2004 E1 2006 2 2007 E1 2004 2 2006
121. 37 10 4 1 GHz st ttt te tt ees 38 10 5 1 GHz e tt tt tt tt te tt ee 39 10 6 1 GHz 39 100 7 40 10 8 40 10 9 41 11 amp ee 41 A 53 B 65 C 67 D ISN 74 ftRIE
122. EUT 9 9 1 _ 9 2 2 26 EC i B 9 2 CISPR16 1 1 4 CISPR16 1 1 6 CISPR16 1 1 4 6 dB CISP
123. R 5 1 CISPR16 2 2 30MHz 1000MHz 1 2 3 4 5 6 TH 8 A B 106 12 2 GRESPR 2 2 Rie ITE gt Ea FS oe KL 22 Hh 47 OP EVEIC BIT SA lt A
124. 9 6 9 6 2 ISN EUT 3 6 F Me EUT D ISN EUT IEC 61000 4 6 CDN C 1 2 CDN LCL 9 6 2 150 Q 150 Q AE C 2 AE 150 3 1 C 1 1
125. A B C D E F G H 1 9 kHz 400 GHz 3 1 TE ITE 9 kHz 400 GHz A B RNN eae ean 2 fli an aaa 2
126. YE 10 4 R 6 1 3m 3m 3m F Te RUT 3 m E 10 m 10 4 3 EUT 10 8 1 2 43 xX 3 1 1 AMN 2 0 4 BP ie m
127. EMC xml EMC te FAR VCC I NTT
128. 1 REUT 5 6 4 4 ISN 1000 Base T Base T er Le ES 4 2 ISN 1 D 8 ISN D 6 D 7 TISN 1000 Base T EUT EMC og ISN 10 Base T 100 Base T EUT 2
129. 150 Q AE C 1 2 F 83 C 2 C 1 2 150 TCM 3 C 1 2 2erwite 2 ecom 150 Q 150 2 CISPR22 0 15 MHz 30 MHz 20 NCHS 150 QA wite 2 eem 3 2 180 2
130. ITE ITE 2 10 m 3 m ITE EUT 10 20 dB 30 MHz EUT 3 m 10 3 2 1 m 4 m 10 3 3 EUT EUT EUT EUT EUT
131. 241 MARELE AKE 7 He SE NY IO El ty OT 9 KARME 6eddSIO RAO CWA ME BIS 2 IT T 9TUdSIO amp I HEME AWE HY T 9THJSIO GAZA T 9TUdSIO Hy GME SEN ESBS Be By YE AL amp FP DATA CO Sy AY Al BE AIG CMAN HOP HERE TOT Al Yt ZHO I Z OL ERC gt 3 S et S to Tee FE CO wf BY ak k USA O AV OP AEE AIR MDE 1 R yy EGO 2 Boe 4H Xa o SP DY Hk OW SHEA EE HAARR GROW amo ETO TARK 9 9g96 ZO A BLRLUMY MO F96 YLUBEN AY YT TM ROWMNME SILAR SL ORE 8 E meg 196 3 8 SS PHOT HL WEL BE fs UY HE ELIA EHEC ZE 4ZHDT H79 TAD TLLA ALI GL y Dy Z TLLA ALI pA RISAN RUGRL EH AMME IO WARP HOT LY ABO ME C E ee 98 MH O S KIEME S SUdSIO Hay OT Aa OM 9 WI MEE 6eddSTO Hay 66 Az X Hit BS I UY ka er MMA L7 Al SE h eT VE LALEKE R lal 118 TJR HMI 2 2 oe God AWL EHE OFTARE 6 EY BE E CO Bl SL UE
132. A 4 AAP 2 m kaiii AA Fror dB 8 m R 10m fn hi 2 m 2 75 m hi 2 m hi 2 75 m MHz fo 1 4m m 1 4m 1 4m m 1 4m 30 4 0 3 5 1 8 2 6 35 2il 1 1 0 1 0 2 40 1 3 0 7 1 6 1 0 45 0 0 1 8 2 1 1 9 50 0 8 PAi 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 3 3 1 0 7 2 9 100 0 7 2 0 0 3 2 1 120 T2 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 1 1 0 1 0 9 300 0 3 0 4 0 4 0 3 25 cm 58 A 5 AAFP io 8 m
133. L3 L4 4 x 3 1 mH 12 4 mH EUT AE 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 JE 3 ISN 1 2 D 2 1 2 LCL ISN 75 ISN 1 2 3 4 ISN L1 9 x 1 4 mH L2 8x1 4 mH O O 4 O O 3 O EUT AE O O 2 O O O O 1 O O l 4x Zcat I l l we le L3 L4 L5 L6 2 x 3 1 L3 L4 L5 L6 4 x 3 1 mH 12 4 mH EUT AE 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 3 ISN
134. 0 3 m 0 4 m Rl lt a ele a ae 20
135. 1 2 m 2 75 m A4 or oe A 5 C O A 6 80 MHz NSA A 1 a A 1 b 20 5 2 2 1 m 2 m 1 m 1 5 m A4 or
136. Ecru x 2 1 ap 2 UK Visn 4 2 dB 95 F 7 2 Xi XiO FRED amp u x Gi 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 Lop 0 2 k 2 0 10 1 0 10 0 1 k 2 0 05 1 0 05 Zn 0 2 k 2 0 10 1 0 10 Vsw 1 0 2 0 50 1 0 50 6 Voa 1 5 0 87 1 0 87 Vor 1 5 0 87 1 0 87 OVat 0 0 0 0 1 0 0 M 0 7 0 8 U 0 53 1 0 53 AMN 6 2 6 2 7 1 08 1 1 08 rsN Visn Vit Let Lept Ivt Ivt Vawt 6 Voat 6 Vort OVart 6M4 62 Ch V O 2c ur x 1 8
137. A 7 A 8 80 MHz 80 MHz NS8SA 6 dB
138. 2 2007 ao We gt A 6 CISPR16 1 2 2003 1 2004 2 2006 AS BELEU IF t ON gt We 4 D 3 19 H 1 A CISPR EN CISPR16 1 4 2 0 2007 mo 4 8 3 CISPR 20 gt 2 A H ae i 9 CISPR16 4 2 2003 ao
139. A 7 A 8 60 AX A 7 80 MHz ER AAFrop 2 m A4Fror dB R 3m R 10m h 1 m h 2m 1m n h 1 m h 2m 1m n 1 5m 1 5m h h h h h h h h Eo Il CANE a a a a 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 3 0 2 4 1 2 1 2 2 0 2 3 0 1 8 A 8 80 MHz 3 m AA
140. 150 OCHS Zerit SER OUEC EV 2 ecem g ewite 2eem erite 150 Q errite 130 I 50 Zani ya 50 t Z ferrite gt 130Q 0 Howrite 1000 Q 0 15 MHz 30 MHz 1000 O GoL 0 15 MHz 93 2 0 15 MHz F 4
141. D2 D38 D4 D5 ISN 2 EUT ADSL 2 ADSL 1 1 ISN 1 D 2 D 3 ISN 101 CISPR amp 0 103 CI SPR 1 CIS PR 3 C I SPR CISPR16 2 2 CISPR22 2 A 1 Pa hee eee i eima
142. 22 1 Tu Bt b gt i Ht 3 CT SPR 22 12 21 A o e a e e e e e e e e e e e e e 1 A EHYS e e e e e e o e e e o e o o e o o o o 3 CI S PR 103 pu i gt xa F e e o o o e o e o o e o o o e o e ee ee ee 111 IS 133 22 11 1 d fr SAPY VALUE
143. 7 2 4 7 2 1 1 8 8 1 EUT EUT EUT T 5 6 6 dB 6 dB 10 8 EUT 19 6 dB
144. E NC A4 or A 3 A 5 56 A 3 AAFP hop AAFior dB R 3 m R 10m fin m 2m m 2 75m m 2m hi 2 75 m MHz hp 1 4m 1 4m m 1 4m m 1 4m 30 3 9 3 4 1 8 2 6 35 4 1 2 5 1 5 1 5 40 3 6 1 6 0 8 1 3 45 2 8 1 1 0 7 1 0 50 2 2 0 9 1 0 0 6 60 0 7 1 4 1 5 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 25 cm 57
145. RB YIRE CGPRT HR O COLIN HORE eR ee 98 VIA2HS VIM I 2e Qr Psx AiO HI RHIO LLA LRR AOX SROIFEME 2 2 ES BAYS a RERE LX EAA LUNI MESU a EA mt AEDS AOL AR mA PLD AU FRILL NY FXE ONLY SANR A OLY Et A SHS ENON UMSA 4 41 6 4 BE ZHN 08 HALY ZHN EAR E46 LN PAA ODN EH Fab fh Cal BEE CX Le S 08 RMR LIAL BLL ALVARADO SEK OO LK ARM Pe ALN oy Us DP Dae DHT Yd DAA SNORE SE gt WO 08 Hae a4 Som LE LAG SEB ya Wo 08 9g BEIM G amp E e WO Bee 6 se lt BS IMEEM 9 Be SHY EY Sel EE AL Sut ON 129 OLO TS M S ROME GG LEDER DCR Wee eo LNA A Woo HH UR LK CE MH OWA A gt 6 COW DROMMAAM Gtk OF Y 2ZHD I AI FRAG MK SY 68 AAAA ERD OBS AE he EYE SALT HI LEM OLGHARYO gt HEDA kw A EMSRS PN ber ceraDRoxrr g LARL UR CAA CMH EEL OL C 06TO OST se GALCH WOL Q Pa Ga RIDE PTO AARE AAL NOD DSO CRIDER PTO CLI PTO OMOGH Y etc IR 88 LLCO AILAN TRA Z TERE XA k Ar A R
146. 150 Q 94 F 7 CISPR16 4 2 A 5 F 7 1 ISN Xi XD RED amp u x Ci 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 Vsw 1 0 k 2 0 50 1 0 50 SVoa 1 5 0 87 1 0 87 Vor 1 5 0 87 1 0 87 OVat 0 0 0 0 1 0 0 ISN M 0 7 0 8 U 0 53 1 0 53 ISN 6 2 6 2 7 1 08 1 1 08 AMN OZ 2 6 2 7 1 08 1 1 08 VrsN Visn Vit Let Ligsnt 6 Vewt 6 Voat 6 Vort 6 Vart MEZ 6 C amp V CO
147. 51 18 52 A 1 NSA 360 A 1 A 2 NSA A 1 a MAL b 5 2
148. DRAG eagle Ae uL ober STO WOZ ae amp YL Give GO K VL Q AGB hik E PDA Ca LERRO A kH AMN AN REENT E ERRETENA Jrk VRAZ LLRF MA MNE GO K 6 R HA CG O S SAME GOUdSIO HH 6T 1 3 E11 OM 9 EA ME GSUdSIO Bay 6 Ask HD eh eS UJ bg HH 120 4 iO BR BADR SHH SALE WER 4 L F m ED 85 HEEL OL AUS BO UME va WOAH 9 66HdSIO TAZKO H BY cal ge IVC bk Le Ee d HERH Cissy te 6 LER 2 EE MERIH am oz 2 LaK ENL Ds TILLEIR amy 6r A O 2 Hl MY ON oak aa ee TG RIS dy sI 2h amp 2 El MEH OW CO ere Ne ee TBR am i Ss CG O S SS AVE MEE 66ddSTO ly OT Blake CMO BEAVER ME CCUdSIO Heb 66 Wak HA 3 MYR Er MM Ali A se h Le MAMMAL wise R hwl
149. em ecm em 92 y eutcm IEC 1351 04 Veutem EUT utem EUT Vaecem AE cm AB Ferrite 1500 arrite scm 8 C 2 1 em ae m 150
150. 105 2 2 CISPR22 4 22 11 8 CI S PR 33 CISPR16 2 2 CISPR2 2 4 CIS PR C ISPR16 2 2 CISPR22
151. CISPR FE 4 2 3 2 3 6 OF EB 3 4 135 3 CISPR ORIK 1 R C
152. 0 4 m 0 4 m a 0 8 m 0 1 m b a RN c Na EUT EUT EUT
153. 150 kHz 2 MHz 3 dB 2 MHz 30 MHz 3 dB 4 5 dB C 3 3 ISN LCL f MHz 33 crep 55 101oe 1 dB 150 kHz 30 MHz 3 dB C 4 ISN 1 2 8 ISN C 1 8 1 LCL MHz LOCL 8 9 6 2 c 3 LCL 2
154. 8 x Ra Ra 800 Q L1 8x7mH Rx 50 Q Rx EUT AE 1 9 5 2 e 9 5 dB 2 Zcat ISN LCL 9 6 2 c 1 3 ISN 4 3 D 7 4 ISN 80 ISN ISN EUT AE Rx L1 2x7 mH EUT AE 1 9 5 2 e 9 5 dB D 8 ISN ISN
155. LLALAD HS EID ESA ENE ee MERA EAE LOAN SH MARERA SKL LA SLA OL LEH VOT AL BLO LHS a N 7 Bile BY ES 2 Ro LAA LT od BV XE 4 96 2 DANG 4 gt WE LIS ig Pes Ae Ja Spx MATLALA EA AFL HRA LNA TLI 2 We FI OP NEn CL o LAT O 9 lt id aa MENR CRA AME N O O e WwW CEI faunal SRE o HUYE BOD WOT SOHORNA SSO Gh ORE SHS GE SOT wok amp el amp Fah ILO HME T 9TUd SIO LG LHMEWHME CLO ae SRR SRE HII CHM EE 1 918dSIO WHALE CO 2HDT 80T RAG LDH He NSD amp DHOGHOCOIAT ELE Iga re q al S ee 696 lft Ie HEME 9 K eeddSTO A AAE AY Seer 126 Fo DADA D PATE SRO HUES ae
156. TCM 150 Q 90 F 2 TCM 91 F 3 C 2 93 F 4 150 94 1 A 15 2 B 16 3 A 0 15 MHz 30 MHz RI I A a Vn 16 4 B 0 15 MHz 30 MHz Se RO eo a we ee 16 5 SE E NT 2 7a Mie i REO RCN EHR OWA 17 10 m B 17 e RIO BUN SIRO PAI tt ts 17 8 3 m B 9
157. X1 5 m E X1 5m 1 m 63 B 1 RE 66 C 1 ISN 1EC61000 4 6 CDN 68 C 2 150 aoe en 69 MGM ZEA lt 70 C 4 oc 72 C 5 73 D 1 ISNN 74 D 2 1 2 LCL ISN 75 D 3 1 2 3 4 LCL ISN 76 D 4 50 Q 2 DISN ww ww ww ww ww we ww 77 D 5 2 ISN ee 78 D 6 50 Q
158. 7 2 2 7 2 1 2 7 2 3 5 12 5 3 4 X ks lt L a oe 2 S2 DI X X n n 1 n r 80 80 s 7 dB WV dB pV m n 3 4 5 6 T 8 9 10 11 12 2 04 1 69 1 52 1 42 1 35 1 80 1 27 1 24 1 21 1 20
159. EAA OAREN A 443r PLAC ELULALUS HLHI WOL SS S LHR S US A By MH SCY AIROXK AR ANA WOL CULNORL OCS 2 AV OF HEAEE GHA VIO ALANLA TALJE HAE Oe CIT FILLET CO AMIR AE SAEED TAR UMIR TRE WES ERR TRY L ALK II AY LE RIED Aa Wes T NFL ALCO mMhOW2rE OYOITFO ABKRA FLAY CGALITE ZALEIT OM og LIITA KU PO vom SUS we lt BS HiME 9 CSUdSIO Bw SY EY SANE AY eur ON 130 US Lk CE NAY OH SAE RAG AD N tate RED OMMWWGROUL 4 SUZ WO T EF HARO NSI HAL 4K EMAL ON 4 a lt r O NSI LX GNS Os 414 OF wy MRE MR YS Lf RLA ALUS LCE ARRIA TH s A KK KL HEME 9 K CSHdSIO amp SYA Hi UJ 7 fan ON 131 RS RARS S133 gt 1 03 5 6 3 9 2 6 wH a A EX AE Bt ME
160. ISN C EUT EUT TCM UT EUT TCM 150 QOTCM 50 Q ISN CDN LCL
161. ITE 11 TTE CISPR16 4 2 4 TE ii 10 AE AMN EUT ISN 42 wm 2R HEMD RY3 i EJT A Cree Non AR
162. fr lt D We gee m H oA ur ae S c EY mR p w N 5 y amp by a oh ye te Fe 2 Fs Jag d g rr 22 7 1 FANS Sut iii 7 8 4 22 12 21 E 63 9 26 3 CISPR 2 2
163. 2 Ul Visn 3 6 dB 96 G TTE G 1 EUT Te 1 H
164. 3 ISN 2 D 5 2 ISN 78 ISN 4 ISN va O O O O EUT AE O O O O Ca 33nF Ra 1152 Q Rb 6 9 Re 440 L1 8x7mH Rx EUT AE 1 9 5 2 e 34 dB 2 Zcat ISN LCL 9 6 2 c 1 3 ISN 4 D 6 50 Q 4 ISN 79 ISN 4 ISN 4 O 3 EUT AE i o 2 1 1 1 O 1 1 1 4x Zcat 8 x Ca Ca 33nF
165. AIIM E NCSA LOM HS OSS HELO AIAL FEM HF Nk GY TE p XF ACR 2 MIKO EZ 4 LILHJSTO SRAME Ae 270 2 HIME HUE RASE HHME S44 se 2 SA Ye RS eS CmWS EH Re WHOD EID GALOIS MERE 4 80680 SIL WH MEE 68009OT TALEU LE RIM OF EG ASR CHMMES 53 Ho SHAE 2 1271 IE SE EH 6 8 Cl 2 MLO 2 HME MEDC DH RO INFE HA Le LKL TEXNIK E DES EB COW EE amp AY DE CO MOF EW HY gt YE 2A ME SOME WEI S42 RE H giy 6 EME Yo Sc HELO FLOREAL H ENE E O AM A RE OWE E EMENTA SBS OF HEHA CLE CDLOCTIA ROIS TR HAM oE R E wey I Ht a HEME 9 i eddSIO BMH wy SEY SAE AL eur ON FARKO 7 SB Hoy 7 SA 123 NX E 24 ft 2G A EMG SWE ee LNA DOW K MOR ITANRAN Z LAAL SESTAS i LIARS ST Rae P bel LIRR DM Ney 58 X SRIORY LRE TK XI 24 CRD REAM BEAM GRA SY A Bk OO MRE NO KRANO VHEAMAAG Lh AGE M OMEN ES AMEE CIES Sf CDP BIS Le ELYRIA OW Me Oe SF TES SSL PEED DY MSA W OT4LXAG0 ALI AAU SHAE E SLU 2 PMEDAHOB DRESS as 7 GLI LU MEDIA HOW OE GLI AUS DO T Ae QLUBVYSHAIT LY A LAEZ AL AUS DOT MER BA CLM ROS ON DQ LP SER BD CT DESI CS ERIE ERAO ALI CO 7B 2 OT UTANA AZE ELAM SPM AL Ore TA2 2 C
166. An A 8 AAP po ee ee e e o o o o e o e e o El e o o o e o ee e ee ee o El ee ee o e e o o o o 80 MHz ER AAFP fp a A 8 80 MHz e o o e o o ee o o o NR AAFrop 3 mZ A ER AEE Tat gs EE AES ee tk 3 8 F 1 C e o e e o e o e o o o o o 3A H FN oy IEC CISPR Y h CISPR22 6 0 2008 09 ITE
167. Frop MF or dB R 3 m R 10 m hi lm h 2m m 1m n hi lm m 2m m 1m n 4 1 5 m 1 5 m h MHz i 4m 1 4m 1 4m 1 4m 1 4m 1 4m 1 4m 1 4m 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 1 13 0 0 0 1 0 6 0 4 0 4 0 1 70 0 2 1 9 2 2 1 5 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 61 ep 4m 1 m 4 m gt kee A 1 a p 360 A 1 a NSA ee 4m 1 m 4 m gt ee a p 360
168. NAME CTA IL CMAMEO Mew 8 NALS SEIU Se US Zi LAD DAC 2 AI UR BHO x LBL EIB UNUS SUG LAA LACE OANRGE H o SO GE KI A MUERES VL OO A ARESE K ITANA US ER ELZMW CACY xt Le ALORROLL 4 H A LORROL gE A 28 1H E HAME 9 EE 6eddS1O Ax LESA BE Uq Se EI 124 ZIRE E HERRE 1 EL fh GOW L 4 2 tee 2 eH SIE IE IO 6 1 HMMS 196 BORE FLO Hl Fe ite E E TACO PERE 6 bel efi S22 ST 6 AZAT Bak ie J P96 Y E LRI G2 SRA HHA POEURA pd DN amp 271 621 6 BSE Ig LAKNI HRY 293 Bem ose LY Q amp LYE AH BUY FANG
169. PALS HIE LAL HAHAE 6 MYE 6 1 HREAN Ele ide T EP 5396 ARO OFA dL SEN Le DLO ASE SC Br MEE SDA R eT SWE Del fle eo PL ARS ele lo Bl re fe TET 696 Gly Q Q LUGE CO ULE RNG PALS HIG LALN Ha RY af Be T BRE T HME Bee T 596 pauiojrad AI GUTSLIO eat 3no P9rrreo q meys MRZLO s489 oqndstp jo eseo ul may L96 ARE Mm Jon QL W8 0 DH AIZ EES w g0 HHA may T 9 6 ql ILI KANTETO SH Hilf 8088 0 SIP H162 88009 OMI HHA mat L 6 CIR Fd ILO HEF ME STUdSIO HKF H16 6THdSIO A io 2 GLH Me WM ELS O xe SESE OW Bbw HGS CHEM 28 269dSIO wif SA Bae ae amp LY 8 fit BA SZ HME 9 CSUdSIO BS SY TY Sd BE At bs 125 LOATA PUHH Se OHV TZR HR ty eae EO OFLA ODEO OBS AAS Hem AE AOE LEAN EH LELA HOY FANE MEME CANAL USS THO OY FAY LLRAL KO THIEME T 9TUdSIO LALEK P 1 91HdSIO YY xX 6 LEA LAY Hay EI ER Hw SRM ASH AY rAd es CB Y Fr HY xJ LRL VOT AT BIE LEE Lolaa TAHE Se GH VE ESE MES THO DOH OAD XA MME CAM ALUERS CAMO TWF HME 1 9THdSIO HSH THE P 1 9TUdSIO P EA k 6
170. R16 1 1 5 CISPR16 1 1 4 6 dB 9 3 AMN AMN AMN CISPR16 1 2 4 3 50 Q 50 pH 50 50 pH 5 Q n AMN
171. WOT LFN L 4 IU NSI 9A ICO L ALME thks Lid 58 SHIRDI g 696 N46 AY ENE C19 FRY OT BoD fie al eA evo 9 ADNANE S Se 2 VE eT Baye el Fee Baie Te 9 Te Hea HB SS OE AA 2 OT FX 6 6 NHA 62 05 J SHO a gE 2h UVES amp Ae 21 SB TR 66 BMA Cg oad PH SCH CO D IMA TLHdSIO o BY Hel BY CE 2 ILO Ha COPIES HE VEE SMG ONLUS PHO WM IE POC TGR Ow 1 SOT 85 BAY ae WRrGRICT LIEW E UO HBS ARY SLES H DMI YRRORCR LHS Cl CER FANE 9 MDS BY 4 lit i I WME 9 K 6eddSTO A Sy ESA EE ANY ur ON 128 sk DRIEFIAMUGTHAL voORmMO TS CE A FL V7ORS gt AVIA LAIMH AMNA TO Se ti ee OO OS amp fick ma FY MO PTO AHR HEME FALOVAT 09 QAAN TD K UT Hae L NULG 98 YA QAR pew ED Oo ADLUS MDE LFLR AC 2 CIRO
172. e NO ee D 4 D 7 ISN 100 ISN TSN 9 6 3 1 9 6 3 2 ISN ISN D
173. i 1 3 3 1 CISPR16 2 2 A 20 12 25 ee MIN 10 22 8 26 16 A 2 CISPR22 I 22 2 C I S PR 15 I CISPR2 2 22 4 8 CISPR 2 2 3 17 1 CISPR22 NR 3 22 9 2 CI S PR 32 A 1 I ee
174. m X1 5 m E 1 m He d 63 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 64 B 150 kHz 30 MHz peel Sail Sareea SMe RWS A 7 DIC REAR et amp AREA OBA AR HES bin RF Eo
175. ns for EMI Compliance Testing IBM Corporation Research Triangle Park NC 86 F 1 150 TCM Aii EUT AE AE EUT TCM AE EUT TCM 1ISN CDN AE AE EUT TCM TCM z TCM T TCM ITE CDN ISN CDN
176. pendent Printer System Interface TIP ST IEEE Standard 1394 IEEE Standard for a High Performance Serial Bus Firewire ISO IEC11801 Information technology Generic cabling for customer premises 98 H 1 CISPR 22 1 GHz 6 GHz CISPR 16 1 1 1 GHz 2 CISPR 22 CISPR 16 1 1 2006 1 2006 2 2007 6 4 1 H 2 EUT AO AC REUT AC
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