携帯電話端末等に対する比吸収率の測定方法
Contents
1. 1 A Christ T Samaras C Goiceanu and N Kuster Characterization of the electromagnetic near field absorption on body tissue composition in the frequency range from 30 MHz to 6 GHz Physics in Medicine and Biology vol 51 no 19 pp 4951 4965 Oct 2006 2 M Douglas M Kanda W Luengas M Ballen T Babij and C K Chou An algorithm for predicting the change in SAR in a human phantom due to deviations in its complex permittivity IEEE Trans EMC vol 51 no 2 pp 217 226 May 2009 3 ISO IEC Guide 98 3 2008 Uncertainty of measurement Part 3 Guide to the expression of uncertainty in measurement GUM 1995 4 Onishi T and Uebayashi S Influence of phantom shell on SAR measurement in 3 6 GHz frequency range IEICE Trans Commun vol E88 B no 8 pp 3257 3262 2005 5 NIST TN1297 Guidelines for Evaluating and Expressing the Incertitude of NIST Measurement Results Gaithersburg MD Natio2. SAR 450MHz 1900MHz 4 3GHz 6GHz
3. X y 2 3000GHz 10kHz 300GHz 10kHz 300GHz
4. 3 1 1 1 750MHz TEM T TEM
5. 3 SAR SAR RRRS 1 e ds RRRS amp amp Mo
6. IEC 62209 1 1 10dB TE 1 2 3 a 1 XYZ 30 6 3 a b P AHED P
7. IEC 62209 1 Annex B CW 10 11Hz tL TM 1000Hz 4 CW CDMA TDMA IEC 62209 1 Annex B
8. SAR 1 30 MHz 150 MHz SAR SAR 2 1 1 SAR SAR 1 SAR 2
9. R1 gr o gr oO d a b C u a b x e c l FERRED Or E O N 1 5 2 N 1 1 5 20 4 go 2 3 0 R V3 1 1 73 4 3 0 5 R V3 1 0 29 co 4 LES 0 5 U V2 1 0 35 5 5 50 5 1 5 ad 1 d
10. 9 9 L L 2 L lt 2 1mm x SAR a h f x y z 0 0 L 2 z z SAR z 0 19 10gSAR SAR
11. 2 2 2 2 1 20cm 20cm 2 2 2 30MHz 6GHz 18 1 23
12. 8 2 SAR SAR SAR 5 9 20cm SAR
13. SAR SAR SAR 1ISO 10012 2003 SAR 2 5 2 5 1 1g 10g SAR DUT
14. 1 1 SAR 2 SAR
15. 2 3 4 2 2 3 4 2 1 5 0 05 B 2 3 4 2 2 2 3 4 2 3 SAR DUT A 4 SAR SAR er SAR o holder SAR ncertaintyl 0 m holde o hold 100 SAR holder ce SARauncertainty SAR
16. SAR 2 5 2 3 SAR 1g 10g SAR 2 5 2 SAR SAR 2 5 3 2 5 2 3 13 1 DUT SAR f 30MHz 3000MHz
17. 5 5 6 2 4 SAR 6 1 SAR 1 5 IEC 62209 2 HHHHH 6 4 SAR SAR 6 2 2 1 6 2 2 2 SAR SAR 2dB 63 SAR 6 2 2 3 SAR 6 2 2 4 5 SAR 6 2 2 SAR 2dB 63 AY 6 2 2 4 SAR 6 2 2 5 SAR 6 2 2 6 6 5
18. 1 1 8 9 10 11 a 5 835MHz 100MHz b n c b d h d
19. IEC 62209 2 7 1 1 1 SAR ISO IEC 98 3 GUM 1995 3 4 5 6 30MHz 6GHz 30MHz 6GHz
20. SAR 0 4 SAR 9 4 100 uncertainty 8 2 SAR SARuncertainty 9 6
21. 2 SAR SAR 3 1 6 2 4 2 1mm 3 1 3 3
22. 5 SAR 0 5x dev _isotoropy 0 5x dev _ iSOCOFOPY pemispnerical uncertainty dev isotropy hemispherica 180 0 gt 60 dev isotropy a 7 180 0 0 0 09 IEC 62209 1 Annex B 4 2 2 3
23. Tow 18 C 1 Tng 25 C 1 C 2x 8 Tye E Low x XC E Tien F E Tow Thien T low 2x 0 rien 0 Ton X 2 C O Thien F O Tow T T low e temp liquid 100x uncertainty o_temp liquid 100x uncertainty igh ZER e temp liquid wenny ug E Thigh Thigh E To 7 CO LB BR oTa 77 COMBE oTo 7 TORNER Ligh 7 C temp liquid ow 0 1 temp_liquiduncertainty O_temp_liquiduncertainty 4 5 6 C 4 5 6
24. SAR DUT SAR SAR SAR SAR SAR
25. 2 2 1 1 g 4 5 6 f g c c IEC 62209 2 Annex F F 1 F 5 300MHz 6GHz 1 g SAR c 0 78 300MHz c 0 23 2000MHz 10 g SAR c 0 71 300MHz c 0 26 5500MHz 4 5 6 2 4 4 SAR 18C 25 C 542 C
26. dpe dsrep du 0 Je eD 2d 2 for d d SAR ASAR uncertainty stepi lt 10mm and f lt 3GHz step SAR 96 ASAR Yo uncertainty be ford lt d and f gt 3GHz ea SARuncertainty 6 dpe mm dstep 1 2 mm 2 6 IEC 62209 2 Annex M 1 5 6GHz 6mm ASARp dp SAR SAR 1 3
27. 1g 10g SAR 4 1 SAR SAR x y Z OE x y Z p W kg SAR x y z E x y z V m x y z SAR o S m pl kg m SAR SAR 1 SAR 4 1 5 SAR
28. DUT 2 3 4 3 2 DUT 2 3 4 3 2 2 3 4 3 2 DUT DUT 1g 10g SAR SAR SAR DUT 4
29. SAR 1g 10gSAR SAR 2 5 2 SAR SAR SAR eval SAR ref SARuncertainty 2 o 100x SAR ref fs SAR SAR SAR sva a SAR uncertainty 100 SAR sev Nims 100 3 stdev rms erie stdev ref e 3 SAR f 9 b d 9 9 d 2 4 h
30. IEC International Electrotechnical Commission SAR 18 1 IEC SAR IEC 118 2 2 1
31. SAR SAR SAR IEC 17 2 62209 1
32. IEC 62209 1 Annex B SAR CW CW 0 1W kg 2W kg 10W kg SAR 10 10 W kg 100 W kg SAR 0 1 W kg SAR SN 10 1 W kg 0 1 W kg SAR SAR SAR FDMA TDMA CDMA DUT PAR DECT
33. DUT SAR DUT 2 3 4 3 2 2 3 4 3 2 SAR 4 DUT M N v NxM 1 2 4 2 4 1 IEC 62209 1 Annex J IEC 62209 1 Annex J 7 IEC 62209 2 Annex 30MHz 6GHz
34. 19SAR 100 mW kg SN 0 012W kg 0 4W kg 3 SAR 4 12 SAR SAR 4 SAR
35. SAR 3dB 0 01W kg 100W kg 0 4W kg 10W kg 100 SAR oa _ 1 SAR SAR uncertainty for0 01W 7 lt SARF lt 100W kg max SAR SAR SAR SAR 200 4 2 2 4
36. xref Xeval lt Lz 2 mm yref yeval lt Lz 2 mm SAR 2 4x 4y 4xi 4y gi x Q y CRED RRO x ya M N SAR a 4x 4y W NEES xo yo 0 0 b SAR xo Axx NM 1 2 lt x lt xo Axx N 1 2 yo Ayx v 1 2 lt y lt yo Ayxly 1 2 3 z z 0 N N z z 0 c
37. 9 4 23 5 SAR Specific Absorption Rate SAR SAR 12 11
38. 3 1 2 2 3 1 2 1 SAR d77 d 2 Sree meg p dt Cy o p Ck 1 IEC 62209 1 3 1 2 2 BRE
39. 2 2 4 KES v 7 PL f 4 SAR SAR SAR SAR
40. ve clk SAR 1 3 vi JIO M 3 2 SAR 10 ISO IEC Guide 99 2007
41. or 1 1 Repeatability 100 x gt oe E N N et z 1 amp G r i e 1 1 a v N 1 e BERIE Ere Ores z e deviation 100x _ r ref 1 2 a BAE v N 1 e f 1 B 9 c d e 1 5 d h f 4 5 6
42. 2 mm 5 2 3 0 05 3GHz 5 3GHz 3 5 A 150 mm Een 5 300 MHz SHA IPL KATE OIMMRED DORRERA 25 mm 1 300 MHz 800 MHz 0 6 Ao Ao 0 4 Ao 2 800 MHz 6 GHz 225 mm HE 150 mm 5 3 5 1 5 1 MHz E
43. SAR CW X Ne tee SARP a X SAR a X aa MAX 100x SARE noe X _ i x y Z P P SAR P ow j 0 i SAR moaXuncertainty X SAR P mooXi SAR SAR P cw CW SAR SAR 3 SARmooX 5 Ts 2 25
44. 2 2 8 2 W kg 90 2 SAR 5 c 0 2 5 c 5 2 2 9 DUT
45. 6 SAR SAR 1g 10g SAR SAR SAR 10g VIm Alm SAR Uncertai
46. 5 N SAR N 1 SAR 2 3 4 3 3 DUT DUT 2 3 4 3 2 6 5 DUT
47. c cc 2 4 3 2 4 5 SAR DUT RF SAR 1gSAR 0 012W kg SAR 5 1 RF SAR RF 3 IEC 62209 2 Annex B RF SAR
48. trame 120 ms SARuncertainty_b Slotidie Slotoa thame tirame lt tin CHB o 0 2 Sint SARuncertainy US TDMA IS 136 3 2 me 20ms CHS 0 2 SARuncertainty_b 6 67 Sint SARauncertainty Z lt 0 GPRS 6 5 7
49. 4 3GHz 30mmx30mmx30mm SAR 3GHz 22mmx22mmx22mm 24 f mm f GHz 8mm 8 f mm 5mm 2 12 f mm f GHz 4 mm 1 5 3 GHz 5 mm 3 GHz 6In 2 2 mm In x SAR
50. a b C d e f g h i k f d k cxfle cxg e ci G 1g 10g Ver 1g 10g 2 2 1 N 1 1 1 o 2 2 2 R V3 1 1 eo 2 2 3 R V3 1 1 co 2 2 4 R V3 1 1 2 2 5 R V3 1 1 eo 2 2 6 R V3 1 1 o 2 2 7 N 1 1 1 co 2 2 8 R V3 1 1 o 2 2 9 R V3 1 1 o RF 2 4 5 R V3 1 1 eo RF 2 4 5 R V3 1 1 co 2 3 1 R V3 1 1 o 2 3 3 R V3 1 1 o 2 5 R V3 1 1 eo 2 3 4 2 N 1 1 1 M 1 2 3 4 3 N 1 1 1 M 1 62209 R V3 1 1 o 2 L3 2 2 10 R V3 1 1 o 2 3 2 R V3 1 1 2 4 3 1 9 N 1 1 0 84 1 9 1 6 2 4 3 N 1 0 78 0 71 M 2 4 3 N 1 0 23 0 26 M
51. SAR 0 12 A B A B A B aza a 2 at BIR 4 u alV3 e u alV6 e u alk U ui a 2 a k n s W
52. SAR SAR 2mm SAR SAR Xevai Yeva g 2 5mm Xref yrep 2 5 2 5 mm eval ref
53. 41 u A B x kp tp Ver p 4 ver t PAC Ver Welch Satterthwaite 4 Uc 4 4 CiU 1 veff p 95 vs 5 7 4 IZ Vo 14 5 5 v 4 M w i l V 74 ERY k 2 29
54. 6 2 SAR 6 2 1 IEC 62209 2 SAR ae ore SAR 3 dB 50 19 10 109 SAR N 2xroundup 10x f f k 1 fete bx f
55. TEM 3 SAR A P a P e7278 SAR z z 99 fi f A ab P P Zz 6 lk 1000kg m 800MHz 6GHz 6 1 4 1
56. 3 2 3 3 2 6 SAR A B
57. 4 SAR 5 6 1 3 6 1 3 1 1 6 1 3 2 SAR 2 IEC 62209 2 6 1 3 2 1 6 1 2 IEC 62209 2 6 1
58. 3 2 1 3 3 6 2 2 ON OFF 3 2 SAR SAR 6 2 4 SAR SAR SAR SAR 3000000 1 2 1
59. 5 1 5 1 1 1 18C 25C 2 SAR 2C 5 5 1 2 1 1 g SAR 0 012 W kg 2 SAR 3 3 5 2 5 2 1 5 1 600 5 mm 400 5 mm 300 MHz IEC 62209 2 5 2 2 2mm 0 2mm
60. 2 3 4 R V3 1 1 3 2 2 10 R V3 1 1 co 2 3 2 R V3 1 1 2 4 3 N 1 1 0 84 co 2 4 3 N 1 0 78 0 71 M 2 4 3 N 1 0 23 0 26 M 2 4 4 R V3 0 78 0 71 eo 2 4 4 R V3 0 23 0 26 eo 3 1 RSS 95 3 2 4 6 1 2 a k 4 RSS N R U 2 U Div
61. 2 3 4 2 2 SAR DUT DUT N 2 3 4 2 2 N 6 4 N 1 2 3 4 3 2 3 4 3 1 DUT 6 1 SAR DUT 2 3 4 3 2 DUT 2 3 4 3 3
62. RF SAR 1 7 SAR s Sint to tin lZ K to tint Sin totin J sr O lt 1 lt T int tg sz s to s T max min S fos bin 2
63. 3 SAR Specific Absorption Rate p kg m dV m dm kg dW J SAR Wikg d dW dm dt d dWipdV dt oE lp W kg o S m E V m FRE ME CHS 2 1 25 9 4 24 23 5 17 x x a G a G mi EBA t P tt pecs P t dt 2 1 SAR 6
64. mm 6 6GHz 6mm SAR CES SAR 4 c 2 3 2 5mm 2 2 SAR oo rn ED 4 a shell Jor 3
65. 6 7 2 1 2 GSM GMSK Bluetooth DECT 1 100mW kg 10W kg 5dB
66. 1mm 1 SAR tot mVWyg 0 i0 20 um m 4 1mm 1 SAR 4 SAR SAR 10g SAR 4 SAR 1 SAR 2 SAR SAR ASAR 5 1 Ag Ao QH 2 ASAR C A C Ao fl fl A C O ASAR A Ae C O ASAR A Ao 10g SAR
67. 8 7 23 10 28 R E E AAKE 12 5 22 118 118 PF 1 PH 2 1 ane e a a 2 De o BA aS cee e a a A 2 CN E EDD AI STE AAE EEE AEE A T AEE E N 3 n E NR 7 5 ODE A e EE E T E ETES 8 5 AA 8 IPAE r SA El 8 TI ARA al ace cdc aa a a aa Satna a nanan dae Aacaen 10 ES Neda E E ic A E E AAA A E 11 55 KK 11 8 11 Oo aioe een Pen mtr CPR een teeny oP Ry Det NPT ne STR PME Ee teen TTS E oN PO OE ea 12 T
68. 2 d mm a 20 mm A 1 W kg Nims RF W kg RF 2 3 4 M 0 1 W kg 1 malt a A SAR 1950MHz 2 2 Ai A2 a Xd Oxpp Oypp Oxsp Oysp Oxpn Oypn Oxsn Oysn W W mm mm mm mm mm mm mm mm mm mm kg kg 1 2 0 0 11 9 n a 19 6 15 5 n a n a 21 9 17 2 n a n a 1 2 1 0 11 9 60 47 22 6 19 7 19 4 19 6 22 0 15
69. 6 2 2 1 8mm SAR 2 SAR 3GHz 20mm 3GHz 60 f mm f GHz 3GHz 5mm 1mm 3GHz 6In 2 2 mm 0 5mm In x 5 20mm 3 SAR SAR SAR 2dB 63 SAR SAR SAR SAR SAR 2dB
70. 6 2 3 4 IEC 62209 2 SAR 2 6 2 4 SAR 1 SAR 3 2 mm SAR 3 3 1000kg m 4
71. SAR d h SAR oi tue x100 6 2 ZET SARncorany 9 6 mm SAR c 2 3 4 2 3 4 1 SAR DUT DUT SAR 2 3 4 2 2 3 4 3 SAR
72. 2 4 4 R V3 0 78 0 71 o 2 4 4 R V3 0 23 0 26 o 3 1 RSS 95 3 2 5 a b C d e f g h i k f d k cxfle cxg e Gi Gi 1g 10g 1g 10g Verf 2 2 1 N 1 1 1 o 2 2 2 R V3 1 1 co 2 2 3 R V3 1 1 o 2 2 4 R V3 1 1 co 2 2 5 R V3 1 1 co 2 2 6 R V3 1 1 co 2 2 7 N 1 1 1 o 2 2 8 R V3 1 1 o 2 2 9 R V3 1 1 o RF 2 4 5 R V3 1 1 eo RF 2 4 5 R V3 1 1 o 2 3 1 R V3 1 1 o 2 3 3 R V3 1 1 2 5 R V3 1 1 co 2 6 N 1 1 1 oo 2 3 4 R V3 1 1 co JUBH 3 2 2 10 R V3 1 1 o 2 3 2
73. ISO IEC Guide to the Expression of Uncertainty in Measurement 98 3 2008 7 IEC 62209 2 7 2 30 EC 62311 SAR SAR 8 8 1 IEC 62209 2 Annex B 1 SAR 2 1
74. A B 3 3 1 4 u m 22 u C Ui i l o u 95 3 2 95 0 4 10 W kg SAR 30 30 30 IEC 62311 BG 4 DUT SAR
75. 5 z 6 15 360 4 lt 6 7 5 4 lt 7 8 5 ASAR 4 2 2 7 5
76. 9 for f gt 3GHz SAR uncertainty 2 2 1 a for f lt 3GHz ee ona Gi SAR ncertainty 96 a 9 s Sxe sey A 1 4 5 g 4 1 5 2 3 3 dp
77. 2 2 2 3 2 1 3 1 2 2 ep OAL al def i i l i iYi V 7 uV V m 4 2 n
78. 10 2 2 6 5 5 SAR SAR
79. 1 SAR 2 HHHHHHHH 0000 000000 i HHHH ea 4 200 i kA d2 1 wil ooo E a IC Y ad la sMagooo HH L HHHHHH d HHHHHHHHHHH do HHHHHH h 00000000000 1 1 2 MHz L mm h mm d1 mm d2 mm 300 396 0 250 0 6 35 450 270 0 166 7 6 35 835 161 0 89 8 3 6 900 149 0 83 3 3 6 1450 89 1 51 7 3 6 1624 80 5 46 2 3 6 1767 5 74 0 42 5 3 6 1800 72 0 41 7 3 6 1900 68 0 39 5 3 6 1950 66 3 38 5 3 6 2000 64 5 37 5 3 6 2018 64 2 37 2 3 6 2450 51 5 30 4 3 6 2585 49 1 29 0 3 6 2600 48 5 28 8 3 6 3000 41 5 25 0 3 6 3500 37 0 26 4 3 6 3700 34 7 26 4 3 6 5000 20 6 40 3 3 6 2 1 6000 20 6 40 3 3 6 2 1 a 300 MHz lt f 1000 MHz s 15 mm 0 2 mm b 1000 MHz lt f 600
80. 1 5 a SAR SAR SAR 2 SAR 4 b a SAR RF SAR 4 4 SAR 2 3 2 3 1
81. SAR 3 SAR SAR 1 3 SAR 2 6 2 2 3 SAR 3 2 SAR 6 2 4 SAR HH UU aes sn 00000 Ae gt REET PETI i F a gt beers LEE a EE EE FP fi Ft me gem Ske LL 4 4 SAR 2 SAR 1
82. 2 4 2 1000 kg m SAR 2 4 3 2 5 1 10 SAR 4 2
83. s 7 1 3 30 2 95 1 7 7 7 B
84. C C GHz C 3 456x 10 f 3 531x107 f 7 675x10 f 0 186 C 4 479x 10 f 1 586x10 f 0 1972f 0 7717 ASAR SAR ASAR 5 SAR 1 SAR SAR SAR 2 3 3
85. GSM FDMA CDMA CW 0 2 2 10 SAR SAR 5 SAR TE E u 0 SAR SAR BIE SAR 4 5 2
86. h fi N Roundup x x SAR 309 IEC 62311 SAR SAR 6 1 1 6 1 2 6 2 1 6 1 3 SAR 6 2 1 6 5 SAR 3dB 50 6 2 1 0 SAR 6 2 1 6 5 al x 1 SAR 6 2
87. 3 SAR SAR 7 1 SAR 2 1 70 20mW SAR 7 2 SAR IEC 0 4W kg 10W kg SAR 30 3 09 IEC 62311 SAR 7 3
88. SAR 14 SAR 2 3GHz 2 0 z gt 0 ese y e y ae Foro ee 2g2 Fora sezi fyz 4e RP ee Ae ST Bo Ie ae 2 0 Oo x oO X peak ypeak Opn X lt X 4 2 Fyn lt 0 1 a or gt x4 2 _JOyp 2 0 xsec x ysec O w X lt he Cy lt 0 Zo d 22 m y f x y z A e _ 3 e 7 cos 2 xy a x 2 3a x y 2 8z N hayz Ae ND C a Joss ae lt x y z mm x x d in mm y y d in mm xa 2 SAR
89. SAR 3 dB SAR 3 1 2 SAR SAR gt SAR SAR 2 2 SAR SAR SAR SAR A RA SAR 5 1 6 2 2 SAR 2 SAR 3 SAR SAR 5 SAR 2 SAR SAR SAR l gt SAR SAR 3 3 3
90. rue as a coe em Ee ER 12 6 2 CSA E oe Se ree eels eh 13 7 ge i Ceara ereete eee Oars eee he 18 7 1 cn eo en 18 18 8 kk 20 ME AOE iE 20 8 2 SAR AAE ORE ocana ine a R n a E E oe 20 FO A aa aaa a a a aaa a a 21 1 22 2 ek Sod pea 12 bb ee 23 3 26 4 SAR kk 27 5 SAR kk 28 6 31 SRR AY areata gates 34 1 2 6
91. 3 SAR SAR WE Xea Yv 9 x gi y 4xi 4 SAR SAR d SAR xref xeval lt Lz 2 mm yref yeval lt Lz 2 mm b e x y 0 lt x s AX 2 0 lt yo lt 4y 2 1 mm b 2 5 3 2 1g 10gSAR 2 5 2 SAR 2 5 3 1 xr
92. 5 17 9 24 2 N Q og 2 5 mm 5mm SAR SAR 1g 10g x y 2Z fy SAR 3 1 2 3 SAR W kg S A RRE W kg 1g 10g fi 0 791 0 494 1 fi 0 796 0 503 2 1 fi 0 686 0 438 2 2 f 1 796 1 375 fs 0 157 0 0268 2 5 3 2 5 3 1
93. 9 4 v 3 V 15 6 Veff 27 k k os t tos 2 11 2 11x15 6 32 9 2 2 1 SAR 2 2 2 2 1 5 2 2 2 DUT
94. gt gt 1 dB 2 50 IEC 62209 2 Annex M 5 ASAR 1 2 8 2 gt z z 3 10 5 5 4 0
95. w holder SAR SAR wo holder SAR 2 3 4 2 2 B DUT 2 a DUT DUT SAR SAA jer b a 1 2 10 SAR SAR wo hoder v 2 3 4 2 3 A SAR DUT
96. yr x y a xref xeval lt Lz 2 mm ref yeval lt Lz 2 mm 9 25208 BEM h g la lt Lz Le 2 L 1g 10 mm 10g 21 5 mm CHS 9 3 9 2 8 b c d SAR gl lt L 2 1g 10g gl lt 2 L Le 2 lt ld lt L42 1g 10g
97. 0 MHz s 10 mm 0 2 mm 2 SAR 1W 300 450MHz 6 3mm 2mm k MHz 10g SAR ape om 300 2 04 4 40 2 10 450 3 28 7 20 3 20 835 6 22 14 1 4 9 900 6 99 16 4 5 4 1450 16 0 50 2 6 5 1624 17 6 60 2 6 7 1767 5 18 9 68 9 6 7 1800 20 1 69 5 6 8 1900 20 5 72 1 6 6 1950 20 9 72 7 6 6 2000 21 1 74 6 6 5 2018 20 8 78 5 6 5 2450 24 0 104 7 7 2585 24 4 119 7 90 2600 24 6 113 8 29 3000 25 7 140 9 5 3500 25 0 169 12 1 3700 24 2 178 12 7 5000 22 1 305 15 1 5200 21 6 310 15 9 5500 23 4 349 18 1 5800 21 9 341 20 3 10g SAR 0 4 10 W kg 10g SAR 1 W y 2cm HOU HHHHHHHHH HHHHHHHHL 2 SAR 5GHz
98. Practice for Determining the Peak Spatial Average Specific Absorption Rate SAR in the Human Head from Wireless Communications Devices Measurement Techniques 13 Evans S and Michelson S C Intercomparison of dielectric reference materials available for the calibration of an open ended probe at different temperatures Measurement Science and Technology Vol 6 No 12 pp 1721 1732 Dec 1995 14 Francavilla M Schiavoni A New Reference Function for Post Processing Uncertainty Evaluation in SAR Compliance Tests submitted to IEEE Microwave and Wireless Components Letters
99. R V3 1 1 20 2 4 3 N 1 1 0 84 co 2 4 3 N 1 0 78 0 71 M 2 4 3 N 1 0 23 0 26 M 2 4 4 R V3 0 78 0 71 o 2 4 4 R V3 0 23 0 26 o 3 1 RSS 95 3 2 6 a b C d e f g h cxf e i cxg e k f d k Gi Gi RETE wv E 1g 10g 1g 10g Vef 2 2 4 R V3 0 0 eo 2 2 5 R V3 0 0 co 2 2 6 R V3 0 0 co 2 2 7 N 1 0 0 oo 2 2 8 R V3 0 0 eo 2 2 9 R V3 0 0 co RF 2 4 5 R V3 0 0 eo RF 2 4 5 R V3 0 0 co 2 3 1 R V3 1 1 co 2 3 3 R V3 1 1 eo 2 5 R V3 0 0 co 2 6 N 1 1 1 co
100. cm 3GHz 6GHz IEC 62209 2 2 24 IEC 62209 2 10 3 SAR IEC 62209 2 SAR 4 6 1 2 1 2 SAR 3
101. nal Institute of Standards and Technology 1994 6 Kanda M Analytical and numerical techniques for analyzing an electrically short dipole with a nonlinear load IEEE Transactions on Antennas and Propagation Jan 1980 vol 28 Issue 1 pp 71 78 7 Ladbury J M Camell D G Electrically short dipoles with a nonlinear load a revisitedanalysis IEEE Transactions on Electromagnetic Compatibility Feb 2002 vol 44 Issue 1 pp 38 44 8 Jenkins S Hodgetts T E Clarke R N and Preece A W Dielectric measurements on reference liquids using automatic network analysers and calculable geometries Measurement Science and Technology Vol 1 No 7 pp 691 702 July 1990 9 Migliore M D Partial self calibration method for permittivity measurement using truncated coaxial cable Electronics Letters Vol 36 No 15 pp 1275 1277 July 20 2000 10 Nyshadham A Sibbald C L and Stuchly S S Permittivity measurements using open ended sensors and reference liquid calibration an uncertainty analysis IEEE Transactions on Microwave Theory and Techniques Vol 40 No 2 pp 305 314 Feb 1992 11 Luc J Butet R Lebrusq E Toutain Y and Gallee F SAR Measurement time reduction via optimization algorithms and interpolation scheme Proc 28th Annual Meeting of the Bioelectromagnetics Society BEMS 2006 June 11 15 2006 Cancun Mexico 12 IEEE Std 1528 2003 IEEE Recommended
102. nty Expanded Uncertainty 959 e D E F m D E E je le age aaa ee ror r r 7 jOE Tete Ux amp amp amp amp O 0 Sim
103. r o S m 30 55 0 0 75 150 52 3 0 76 300 45 3 0 87 450 43 5 0 87 750 41 9 0 89 835 41 5 0 90 900 41 5 0 97 1450 40 5 1 20 1800 40 0 1 40 1900 40 0 1 40 1950 40 0 1 40 2000 40 0 1 40 2100 39 8 1 49 2450 39 2 1 80 2600 39 0 1 96 3000 38 5 2 40 3500 37 9 2 91 4000 37 4 3 43 4500 36 8 3 94 5000 36 2 4 45 5200 36 0 4 66 5400 35 8 4 86 5600 35 5 5 07 5800 35 3 5 27 6000 35 1 5 48 5 4 SAR 5 4 1 SAR 0 01 W kg 5 4 2 2 GHz 8 mm 2 GHz 3 A 55 5 5 1 0 2 mm 5 5 2 1 mm 5 6 0 05 5 A 6 6 1 6 1 1 1 15
104. xs 0 7 int SAR 100x uncertainty_a SARuncertainty_a max Sint to tint E 0 lt ty lt T t ti min Sint to tint IE 0 lt ly lt T to tn z SAR ncerainy a CES TDMA 7 SAR uncertainty b 100x 3 _ frame Slot ae for t int gt t all sub frames fint Slot oral frame SARauncertainty_b thrame S o7 sjo TDMA GSM 8 7 toup same 4 6 ms 26 1
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