ワイヤレス電力伝送技術の利用に関するガイドラインver2.0
Contents
1.2. 41 50 F 2 IOCNIRP ICNIRP 1998 2010 Reference levels 1998 2010
3. 22 50 B
4. 3750 Contents 1 Scope 4 2
5. 5 3 20 Gupplementary guidelines m N D
6. 23 50 4 FN 4 FE E
7. 8 2 3 2 8 3 8 3 1 i 3
8. H 1 2 6 6 5 50W H 8 3 1 2 jw 5750 ITC
9. 5 General requirement fot the tests IBC JIS 6 Classification 1 2 10 50 1 5
10. E 8 2 2 8 2 8 2 2 4
11. 2 3
12. 8 2 2 1 8 2 2 2 IEC 60335
13. 8750
14. 12 1 8
15. 3 15 Coil plane 3 16 Radio radiation protection guidelines 10kHz 300GHz 5 3 17 Basic guidelines
16. 1 P p w 2 29 50 sink oe cos jsinkr d 0 0 _ 676 0 7 6 3 3 le E a sin HE FE cos kyr jsinkyr de sink 7 cosker sm yg 1 m p m z z m 1 o rad s no H ml m amp z m 6 LA rad m rad m 4 m
17. SAR 5 3 18 Administrative guidelines 5 3 19 Electromagnetic field strength guidehnes
18. 50W kW 1kW 10kW 10cm 30cm sex Ee _ 16 50 A B C A 10kHz 100kHz B 100kHz 10MHz C 13 56MHz 27 12MHz 40 67MHz 8 3 2 1 1 A 10kHz 100kHz H
19. H 8 83 1 11 301 11 4 27 C 11 300 11 4 27 D T 1 ICNIRP F 2 IEEE F 8 38 50 F 1 1 1
20. 1 RI ICNIRP TITEERE 8 3 2
21. 5mmx5mmx0 83mm 1mm 0 5mm 1 0mm 1 3 D
22. 5 3 24 Homogeneous exposure 120rIQ 0 8MHz 15m 0 3MHz 800MHz 10m 300MHz 5m 5 3 25 mhomogeneous exposure 5 3 26 Partial body exposure 51 3 27 Whole
23. 3 oO ICNIRP TEC IEEE 1ICNIRP IEEE Ea XX 5
24. 8 1 1 8 1 50W a 45 8 B 10kHz XM2n A r 15nV m 44 1 2 1 B
25. 48 50 3 4 5 2 0 J EX 10kHz 66 EA jx 3 50W 45 3
26. 2014 1EC TC106 TOC106 IREE CNTRP ICNIRP ICNIRP IEEE
27. 10cm 1 10kHz 6 6 100kHz E 6 6 i 6 82750 2 10cm 300MHz 20cm 200cm 10cm 300MHz 20cm 8
28. No 8 3 3 2 2 IEC 1 IEC 62233 IEC 62311 8 3 83 2 G 21 50 A
29. scalar potential finite difference SPFD 4 8 W Park K Wake and 8 Watanabe Tnvestigation of Numerical Methods and Dosimetry for a Wireless Power Transfer System Using Electromagnetic Resonance International Symposnum on Electromagnetic Compatibility 2012 4 1 m 300 mm 5 45 47 50 SAR 10 MHz Moment
30. 13 56MHz 5 50W ISM 27 12MHz E ISM J 2 0 H 3 4 E ff 1 8 2 5 50W
31. 5 G 6 R HU 7 D m 8 AX m 9 KK 76MHz 2 56 76MHz 4 4 1 ny m 1 0 F 1
32. 3 2 1 kHz k H z 1 2 3 3 MH z OMH z
33. 2 Pp 2 30 50 r 7 exp jkor i _ exp 7 A4708 1 gp 4z go fexp Koi exp jor 47z0 ent oA ego 2 7 4 7 o rad s rad m eo F ml rn ml nr m p lm l z m V m V m A m 2 EN 8 200cm
34. 101 82 1 A 8 2 8 2 1 IEC 60885
35. 3 6 45mA 1 104 2 40 50 ARIB STD 88
36. 33 50 1 7 3 gt hn i 1 1 1 es I I I 1 I I 1 I I I I I I I er op Rs 2 7 gt 4 34 50 E 1 35K 45K 60K 25 IRC 603385 1
37. 4 5 ul i
38. 20kHz 150kHz 1kW 10kW 30cm 4 kHz 100kHz kW 10kW 30cm ISM 2 4GHz 5 8GHz 24GHz 1kW 1km ISM 2 4GHz PC 5 8GHz 50W 1cm ISM 5 8GHz 5
39. SSo D F So 5 D 30MHz 1 D 0 2 3 2
40. 10kHz 15MHz 20cm 100kHz 100MHz ICNIRP 2 5kHz 10MHz IEEE 8kHz 110MHz ly RY 3 TCNIRP 3MHz 300MHz ICNIRP ICNIRP1998 10MHz 110MHz 8 3 3 1 ICNIRP 2 D 11
41. 1 2 DN RE I 13 1 10cm 300MHz 20cm 200cm P lt E 800MHz 20cm
42. EN DW B SG I 50W LL 65 uk 1 EX 1 49 50 5
43. F 3 ICNIRP 1998 2010 2010 f Hz 1998 F A m unT 1Hz 8Hz 2010 1 63x105 0 2 8Hz 25Hz 2x1047f 2 5x103 f 25Hz 800Hz 8x102 1x103 300Hz 3kHz 2 4x105 f 0 37f 3kHz 10MHz 80 1x103 1MHz 1998 1 6 F 2 0 F 1MHz 10MHz 1 6 F 2 0 F 10MHz 400MHz 0 16 0 2 400MHz 3 F12 0 008 F12 0 01 Fw2 2000MHz 2 Hz 300GHz 1 0 36 0 45 3 2x104 4x102 1Hz 8Hz 2010 8Hz 25Hz 4x103 f 5x103 f 25Hz 50Hz 1 6x102 2x103 50Hz 400Hz 1 6x102 2x103 400Hz 3kHz 6 4x10f 8x103 f 3kHz 10MHz 21 2 7x103 1MHz 199s 0 787F 0 927F 1MHz 10MHz 87 Fz 0 73 7 F 0 92 F 10MHz 400MHz 0 073 0 092 400MHz 1 375 H12 0 0037 F12 0 0046 Fr12 2000MHz 2 Hz 300GHz 1Hz 8Hz 42 50 F 3 IEEE
44. 1 26 50 D 1 1 3 00 1 1 1 EE V m 2 H A ml 3 8 mW cmz 4 P W
45. IEEE ICES International Committee on Electromagnetic Safety TC34 IEEE std C95 1 2005 3kHz 300GHz IEEE std C95 6 2002 0 3kHz IEEE std 1528 2003 SAR 1g or 10g IEEE std C95 3 2010 SAR 1528 1 4 IRC TC106 IEEE Std C95 1 2005 3kHz 5MH z 100kHz 800GHz BR MPE 100kHz 5MHz F 4
46. 24GHz 60GHz 31 5GHz 54 25GHz TT 50W 5m Nt ISM 5 8GHz 24GHz 31 5GHz 54 25GHz 500W 6kW 2 9m 12 50 7 Marking and instructions 8 Conditions for the use 8 1 100 1 A
47. 1 2 10kHz 100kHz 9 5 8 10 1 2D2 A m A 2n m 8MHz 8MHz 30MHz 80MHz 2 1 000MHz
48. 1 3 6 3 21 Partial body absorption guidelines H 6 3 22 Controlled environment 6 3 23 General environment
49. E cm 1 F 3 1 20cm 2 1 ICNIRP 3 a F 2
50. 2 2 Transmitted power 3 Power transmission distance 4 Type of power transmission 5 Transmission frequency 6 1SM
51. Impedance 5 3 2011 B 4 12 2011 5 50 mm 10 mm SAR 9 MHz finite difference time domain FDTD FDTD 1H 1 2 0 6 1 10kHz 50W
52. 15 50 CNIRP EEE CRS TCNIRP ICNTRP IEEE IEEE T 8 8 2
53. 2 35 50 3 0 3mm IEC 60335 1 F 3 ICNIRP 2010 11 36 50
54. 11 4 27 300 D 3 2 2 2 13 4 2 3 2 2 2 Normative references 5 2 6 38 6 9 4
55. 3 F F 1 H 1 20cm 20cm P E ICNIRP 2010
56. 1U 20cm 800MHz 10cm lt 1 gt 300MHz 1 20cm 3 b
57. H k 10kHz 100kHz 4 5x10 HzlmA lt 1 100kHz 15MHz 45mA 6 1 4 3 3MHz 300MHz 3 lt 10 11
58. 24 50 C 1 1 3 0 1 1 3 4 kHz OkHz kHz OOkHz
59. Household and similar electrical appliances Safety IEC 60885 IEC 60950 TT Information Technology Equipment Safety 13 50 1 50W 4 8 2 2
60. 4 4 1 SAE J2954 2 UL2750 SU2750 3 TEC61980 IEC61980 1 IEC61980 2 IEC61980 3 SAE SAE International UL Underwriters Laboratories 50750 JIS C 9335 1 1 RCR STD 382 0 ARIB ARIB TR T111 0 ARIB
61. 3 8 1
62. nN 1 2011 B 4 11 2011 1 100 mm 2 200 x 200 5 SAR 20 MHz finite difference time domain FDTD 2 A Christ M G Douglas J M Roman E B Cooper A P Sample B H Waters J R Smith and N Kuster Evaluation of Wireless Resonant Power Transfer Systems with Human Electromagnetic Exposure Limits IEEE Trans on Electromagnetic Compatibility vol 55 no 2 pp 265 274 2013 2 2 305 mm 580 mm 6 1 10 mm 2 54 mm SAR 8 MHz
63. 2013 II 10kHz E 4 2 10kHz 100 1 H A 1 50W 2 0 50W H 1
64. BR V m 0 943 2 10 3kHz 5MHz 43 50 1640 f 3016 490 900 MPE 3 0 3 35kHz M 3 85kHz 5MHz H 3 kHz 100 kHz F 5 F 5 F 4 F 7 F 7
65. ICNIRP 3MHz 300MHz ICNIRP TCNIRP1998 10MHz 110MHz 8 3 2 3 C 10MHz 1 9 i ICNTRP H F 2 F 3 18 50 ICNIRP1998 10MHz SAR SAR 2 ICNTRP
66. 45 0 1 7 5 6 28 50 1 10 148 6 1 CL SK R 0 6D2 AX 30MHz 8 20rRD K sw S P 20nRD 360 6sgw K 2
67. 15 34 Far field 2D2 A 2r D A 5 3 35 Near field 5 3 86 Electromagnetic field prove sensor 4 2 8 5 37 Isotropy 5 Genera requirement
68. kHz 1 2 k H z 1 A 2r r 2 MH z
69. pi ry 1 E 1 lt 1 3
70. 1 10kHz 100kHz 2 2 2 V m A m 72 8 F 1 2 1 2 1 2 LmW cm2 mW cm2 Am 25 50 30MHz 300MHz 0 0
71. H ICNIRP 10kHz 15MHz 20cm ICNIRP 2 5kHz 10MHz 8 8 2 2 B 100kHz 10MHz ICNIRP 2010 F 3 ICNIRP 2010 1 IEEE 8kHz 110MHz 17 50 100kHzC100MHz
72. R 0 6D2 A 0sw 360 9sw R 0 6D2 X _w 360 _ R e 2tan 1 D 2R to S E2 3770 37 7H2 27 50 3 45 10 hm 10cm 300MHz
73. 8 3 8 2 2 5 14 50 E 8 2 2 6 _ 8
74. 6 5 29 SAR Specific Absorption Rate SAR SAR 1g 10g SAR 6 30 Contact current 5 31 Contact hazard 15 32 Induced current density 5 83 Ungrounded condition 10cm
75. 3kHz 100kHz 0 45 0 167 0 2 0 90 F 8 100kHz 3GHz BR SAR W kg SAR W kg peak spatial average SAR 6 10 10 44 50 F 9 100kHz 110MHz mA mA F 10 100kHz 300GHz MPE H
76. SAR F SAR E 30MHz 1 F 2 30MHz 300MHz 0 0728 1 f MHz 2 3 1 39 50 6 1
77. 300 20cm 2 a 2 b IEC 62311 1 3 ICNIRP IEC IEC 62311 8 3 3 1 19 50 NO fCNIRP IEEE
78. 801 24 11 300 26 84 36 46 1 50W 48 50 4 50 GUIDELINES FOR THE USE OF WIRELESS POWER TRANSMISSION TRANSFER TECHNOLOGIES 1 Scope 40 67MHz ISM 50W m 10kHz 10MHz 1 1 2
79. 89 7 ICONIRP Guidelines for Himiting exposure to time varying electric magnetic and electromagnetic fields up to 300 GHz 18 IEEE std C95 1 2005 IEEE Standard for Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fields 3 kHz to 300 GHz 19 IEC 62311 Assessment of electronic and electrical equnpment related to human exposure restrictions for electromagnetic fields 0 Hz 300 GHz 10 IRC 62233 Measurement methods for electromagnetic fields of household appliances and simlar apparatus with regard to human exposure 11 IEC 60990 Methods of measurement of touch current and protective conductor current 3 12 IEC 60335 1 requirements 13 IRC 60950 1 requirements IT Information technology equipment Safety Part 1 General Household and similar electrical appliances Sa
80. 2 ICNIRP E F 2 a CO IEC 62811 3 RY ICNIRP 10kHz 15MHz 20cm 100kHzC100MHz ICNIRP 2 5kHz 10MHz IEEE 3kHz 110MHz 4
81. C am Bl ie 300 13 EC 62311 IEC 62233 IEC 62209 2 IEC 62311 IEC PT61980 8 3 3 1 1 1 IEC 62233 Measurement methods for electromagnetic fields of household appliances and similar apparatus with regard to human exposure 2 IEC 62209 2 Human Exposure to Radio Frequency Fields from Hand held and Body Mounted Wireless Communication Devices Human models Instrumentation and Procedures Part 2 Procedure to determine the specific absorption rate SAR for wireless communication devices used in close proximity to the human body Grequency range of 80MHz to 6GHz 3 IEC PT61980 Electric vehicle wireless power transfer systems 20 50 IEC 52311 IEC 622ad
82. Applicable regulations and normative references 5 2 1 Applicable regulations 5 2 2 Normative references 5 9 Definitions 6 4 General requirement 9 5 General requirement fot the tests 9 6 Classification 10 7 Marking and instructions 12 8 Conditions for the use 12 8 1 12 8 1 1 12 8 2 12 8 2 1 12 8 2 2 13 8 3 14 8 3 1 14 8 3 2 15 8 8 2 1 Al 10kHz 100kHz 16 8 8 2 2 B 100kHz 10MHz 17 8 3 2 3 C 10MHz 17 8 3 3 18 21 22 11
83. 6 4 AW 4 2D2 A m A 2nr Lm 3MHz
84. 1 000MHz 11 1 2 3 31 50 E
85. 50W 6 1 6 1 10kHz 10MHz PC PC ISM 13MHz 27MHz TV TV 40MHz 50W 10cm 1 10kHz 10MHz PC PC ISM
86. RFID 2 Applicable regulations and normative references 2 1 Applicable regulations 1 25 5 2 131 A 2 25 11 30 14 B 3 2 2 92 3 10kHz 100 k Hz 11 4 27 301 C 4 21 3 2
87. Reference levels
88. 20cm 200cm 10cm 300MHz 20cm 10cm 300MHz 20cm 4 5 30MHz 8 PG 40rR 2 6 K 6 5 2 2 2
89. 13MHz 27MHz V TV 40MHz 50W m 2 10kHz 10MHz 3 ISM 183MHz 27MHz 40MHz AV TV 3 MI 2 11750 50W kW 10cm
90. FDTD SAR SAR SAR 8 TIlkka Laakso Shogo Tsuchida Akimasa Hirata Yoshitsugu Kamimura Evaluation of SAR in a human body model due to wireless power transmission in the 10 MHz band Physics in Medicine and Biology vol 57 no 15 pp 4991 5002 2012 8 300 mm 800 mm 5 2 mm SAR 10 MHz Moment
91. A m W m 823 8 fr i 1800 42 100 000 Ar2 823 8 fr 1800 42 100 000 Ar2 9400 000 ZM3 336 27 5 27 5 1000 100 000 AL2 c 2 S 0 0636 937 45 50 30 100 25 24 0 476 100 300 90 7000 200 50487 9 700 0 476 fM MHz fc GHz MPE IEI2 HI2 400MHz 8 46 50 G
92. 4 E ICNIRP ICNIRP ICNIRP 1 37 50 Basic restrictions 1
93. 1 11 2 8 2 2 1 2 5mmx5mmx0 3mm x x 1mm 1 0 5mm 1 0mm
94. Industrial Scientific and Medical band 7 High frequency based equipment 100 1 10kHz 8 Inductive radio communication a 10kHz 7750 3 13 Test piece NO D 3 14 Coil
95. PA OP FB PG HB KG CR HR DH BH CH TW GG DG CG TD MB H PR TO 0 30MHz 8 4P A 1 10 A m2 D2 4X 8S 16QP nrD2 1 10 K F n R D2 4A 0 6D2 AX 8S D2 4AR Snf Snf 3 V TL 2D2 A m A 2r m
96. 0kHz 100kHz 20cm 3 F 1 V m Am 1 2 1 2 SAR
97. 1750 GUIDELINES FOR THE USE OF WIRELESS POWER TRANSMISSION TRANSFER TECHNOLOGIES TECHNICAL REPORT BWF TR 01 2 0 2011 4 26 2013 4 25 2 0 2 50 2009 7 3
98. 2 2 7 8 2 8 _ 8 2 3 1 8 2 2 1 8 2 2 7
99. 728 300MHz 1GHz 1 585f2 72 237 8 f 1500 1GHz 1 5GHz 1 585f73 72 287 8 f 1500 1 f MHz 2 3 1 V m Am 1 2
100. body exposure 5 3 28 Averaging duration ul 9750 1
101. fety Definitions 1 1 6 50 Part 1 General 3 1 Wireless power NN 3 9 Transmission side Reception side 3 11 Temperature rise 1imit 3 10 3 12 Aiien substance x 25
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