標 準 規 格 - ARIB 一般社団法人 電波産業会
Contents
1. Ey zuli m og amp O gt n x M ER ARIB STD T56 3 3 12. ARIB STD T56 3 1 2
3. 2 2 1
4. SAR SAR LTE Long Term Evoluton 3 8 1 2
5. D ARIB STD T56 2 Li 4 OT HU Re E het the ocean atest a ee da act ota oid doce a
6. 9 3 ARIB STD T56 1 REP 6
7. m 3 2 4 5 3 2 1 1 P P
8. 1 ARIB STD T56 Bribe IT Rami ake Fo hu t Zial lh i Y RA GO i gt Ve RAA SS m 100 x Arita did thea ET la PFIN ee TRO 10 Miaka he IRATE H 1 1hkHz 123uHz IFHE 11NHz 12DHHE dz edz T 0DGHz iil 1 Er 1 P o nonda i RARA HAT 190 Iq i a morir mh gt a I CP RPM Gih m Arni n 1 o 01 1JaFz IOGE dz Whe HI 1d 35882 IBFz IEFH nyunHz m ue o Wu 2 P 2 H 3 a 3 b 3 2 2 1
9. 2 3 0 0 0GHz 10kHz 300GHz Lewes AE i a at 7 c oul
10. ARIB STD T56 X vy 2 3000GHz 10kHz 300GHz
11. ARIB STD T56 f zl UB TR H 1 2 3 4 b eH ay mili E E y i c z E
12. mili mmi PM 1 PM 2 PM 3 mili mmi E mili Flat PM D PM 1 PM 2 PM 3 PM 2 PM 3 0 01dBm C1 C2 C3 es
13. PROS nr nu uu 3 1 3 3 1 2 3 1
14. A2 5 1 SAR SAR 10 W kg 8 W kg 2 W kg 1 6 10 W kg 2 W kg 0 4 W kg W kg 0 4 W kg 0 08 W kg 0 01 W kg 4 ERDE AT vy STUOWEET 2 7 44583501134 00v bk LIRR 10 Hz 10 g SAR 8 W kg 80 W kg SAR 1 1 W Q 1W SAR W 5
15. 1 2 1 2 1 1 100W at Gi nul oA x p i En pu e Wi R Er E y ARIB STD T56 1 10
16. E ARIB STD T56 P C P P 5 3 1 5
17. LS IEC 62209 2 6 1 3 2 1 2 ARIB STD T56 Es E NN ES
18. 2 By acs n 2 5 2 SAR SAR IEC 62209 1 ARIB STD T56
19. 3 1 4 1 TEC 62209 2 IEC 62209 2 RE A ARIB STD T56 3 1 4 1 IEC 62209 2 6 1 4 3 6 1 4 11 1 2 4 3 4 5 6 7 8 9 3 1 4 2 USB
20. 1 ARIB STD T56 mmi PHS Pave 1 x 49 8 3 W CDMA Pave x 100 duty cycle 49 6 4 49 6 5 CDMA2000 Pave x 100 duty cycle 49 6 3 49 6 4 49 6 5 WLAN Pave x 100 duty cycle 49 20815 49 20 2 HH 49 RO 20 3 duty 49 20 3 duty cycle 2 Pave x duty cycle 1 FCC KDB 248227 SAR measurement Procedures for 802 11 a b g Transmitters WiMAX Pave x 100 duty cycle 49 ADO 6D 12 49 RO 28
21. pe ay y B SAR 4 2 2
22. SAR 3 3 4 1 2cm SAR SAR 2 a Aux a nul 3
23. http www who int docstore peh emf publications facts_press fact_japanese htm SAR http www tele soumu go jp j ele index htm http wwwr arib emf org index02 html http www OO cojp O OO 1 14 2 2 SAR 22 3 EC62209 2 23 10 112 ARIB STD T56
24. 1 1GHz 2GHz SAR 20 1 4 1 SAR mm 2 15cm ARIB STD T56 10g Ae 1 4 1 1 100 200W OR BHA 900MHz
25. 1 4 100kHz 3GHz 7 W S AR TA 94 3 I 1 ARIB STD T56 3 3
26. SAR
27. 4 ARIB STD T56 2 8 9 9 4 2 4 4 4 1 2
28. 18 1 23 IEC 62209 2 2010 Human exposure to radio frequency fields from hand held and body mounted wireless communication devices Part2 Procedure to determine the specific absorption rate SAR for wireless communication devices used in close proximity to the human body frequency range of 30 MHz to 6 GHz IEC 62479 2010 Assessment of the compliance of low power electronic and electrical equipment with the basic restrictions related to human exposure to electromagnetic fields 10 MHz to 300 GHz 118s 23 10 28 H ARIB STD T56 2 2 1 WERE SAR
29. ICNIRP mmi C 2 2 ARIB STD T56
30. 1 3 3 1 100kHz 3GHz 100kHz 300MHz 20cm 300MHz 3GHz 10cm E 3 2
31. SAR SAR 7 I11 SAR 5 121 SAR zu n ARIB STD T56 2
32. WHO ul 42 X1 SAR Specific ee Rate SAR 2 W kg me COWES OW kg CORT ER SAR 4 nu o
33. ARIB STD T56 AT 1 SAR Ts 612 SAR SAR Tfsh 407 Tfsh Ts 66 596 WI 8AR UR AR Tfdh 223 Tfdh Ts 36 456 8AR SAR Ts 204 SAR Tfsh 232 Tfsh Ts 113 796 SAR SAR Tfdh 148 Tfdh Ts 72 5 27 8 21 5 21 2 E SAR SAR 10 OET65 1
34. P G 3 2 1 2 3 1 4 6 2 20mW em 10cm 3 4 3 10mW em 6 Dk o EEL ERIAN 10cm 2 3 3 4 3GHz a PLD gt Md 2 4 HIT SRL
35. SAR ria EE XP W p W SAR X p P 1 4 1 pet ean RRAS C LA ZJAZ TN A Ov X 5 etii S aSk LEAVERS OM RRO HED VSWR 1 2 RU 1 05 1 2
36. 6 ARIB STD T56 1 A1 1 A1 1 1 5 1988 6 90 90 10 90
37. AT AT E Bats SAR AT AT Ey H chr ex ARB SAR 1 10 3 2 15cm 10g SAR He X rx OU
38. 0 005 1 1 A4 3 25mm 2 A4 8 1 ARIB STD T56 5 USB SAR A5 1 SAR IEC 62209 2 6 1 4 4 6 1 4 11 USB PC PC
39. 3 2 030 23 5 1 7 en ee eer We NE NN TS 4 4 2 3 3 1 100kHz 6GHz E 20cm 1 300MHz 800GHz 10cm 20cm
40. f TU ARIB STD T56 6 SAR A6 1 SAR A6 2 SAR SAR SAR 3 1 4 2
41. SAR BA SAM CAD IEEE Recommended Practice for Determining the Peak Spatial Average Specific Absorption Rate SAR in the Human Head From Wireless T Communications Devices Measurement Techniques Amendment 1 CAD File for Human Head Model SAM Phantom 2006 E ISBN 0 7381 4807 5 A1 1 2 SAR
42. Hm 7 A2 6 SAR SAR SAR SMA A2 2 2 X A9 6 1 f EU ARIB STD T56 L E h d d MHz mm mm mm mm mm 300 6 3 396 0 250 0 6 35 300 2 0 420 0 250 0 6 35 450 6 3 270 0 166 7 6 35 450 2 0 290 0 166 7 6 35 750 2 0 176 0 100 0 6 35 835 2 0 161 0 89 8 3 6 900 2 0 149 0 83 3 3 6 1450 2 0 89 1 51 7 3 6 1 800 2 0 72 0 41 7 3 6 1 900 2 0 68 0 39 5 3 6 1 950 2 0 66 3 38 5 3 6 2 000 2 0 64 5 37 5 3 6 2 450 2 0 51 5 30 4 3 6 2 585 2 0 49 1 29 0 3 6 2 600 2 0 48 5 28 8 3 6 3 000 2 0 41 5 25 0 3 6 3 500 2 0 37 0 26 4 3 6 3 700 2 0 34 7 26 4 3 6 5 000 2 0 20 6 40 3 3 6 gd 6 000 2 0 20 6 40 3 3 6 2 4 1 L h d 2 2 5000 MHz 6000 MHz mm 20 dB C20 dB ARIB STD T56
43. SAR 22 LTE ARIB STD T56 ARIB STD T56 y 1 027x 0 027 R 0 877 0 5 1 0 Normalized Conducted power 3 RFH H SAR ARIB STD T56 7 1 1 1 2 Pmax Ti Ti Ti T2 T2 Pmaxx Tl T2 Pave Pave Pmax 77 T2 7 1 3 Pmax Pmax 1 n oon 1 oon n T3 E T3 T4 Pmaxx nxT3 T4 Pave Pave Pmax T3 T4 ARIB STD T56 LH n
44. 2 15mm 1GHz 10mm 1GHz 0 2mm 3 ARIB STD T56 A2 2 1 C3 20dB A2 2 3 X A2 2 1 ll d RHE TACKS ZRH HH
45. RB RB MPR Max Power Reduction gt BS E X IEC TC106 MT1 6 LTE ARIB STD T56 4 A4 1 IEC 62209 2 6 1 4 4 PDA A4 2
46. SAR fi 0H 10g SAR 1 6W kg RF Low Pmax High P max 0 5dB Middle P max 3 2 1 SAR Right Left Touch Tilt ZO Low P max High P max 4 5 1dB 2 8AR SAR SAR Middle P max 0 5dB SAR LowPmax High P max 0 5dB SAR 3dB
47. Ti m E Ht ARIB STD T56 20 cm SAR
48. A6 3 SAR SAR Pe HE 6 ARIB STD T56 7 A7 1 2 GHz t CO W CDMA 2 45 GHz LAN A7 2 4 1 A7 3 SA
49. 20mW SAR 100mW ARIB STD T56 4 ICNIRP ICNIRP SM 1 X 1 it Internatinoal Commission on Non Ionizing Radiation Protection ICNIRP Guideline for limiting exposure to time varying electric magnetic and electromagnetic fields up to 300GHz Health phsics vol 74 no 4 pp 494 522 Apr 1998 ARIB STD T56 5 1
50. ARIB STD T56 SN x 2 2 1 X 2 3 SAR N 2 3 1 2 8 1 1 2 3 1
51. e x y z oc x y z RRB x y z SAR _ gt SAR SAR 5 2 2 Im Mm 2 2 1
52. 20mW cm 50mW cm2 4mW cm2 10mW cmz BARD H amp 8 10mW cm2 10mW cm2 2mW cm 2mW cm 20cm 10cm 6 9 10 3f HzlmA lt 1 4 5X10 HzlmA lt 1 100mA 6 100kHz 15MHz 45mA 6 EE 100mA 6 3MHz 30MHz 45mA 6 ARIB STD T56 H 100kHz 3GHz a R
53. _ Qu CD ELA etre FTN Preeti F se EE mmm EET cerry Pus air mn nr all Ff f T1 EE LE de E 8 2 4 1 3 SAR A 8 2 5 4 3 SAR 2 SAR 1 3 2 1 3 3 3 2 2 OF ON OFF 3 SAR SAR 3 2 5
54. AWARD I TY bACH 2 4 E 2 4 1 4 ARIB STD T56 R 2 4 1 En 41 9 sit a a v hu a a H C I EE 6000 ARIB STD T56 2 5 SAR SAR 2 5 1 2 5 1
55. SAR SAR 7 8 SAR SAR SAR SAR SAR Bical nee yt ae ao esa Re DU d as 10g SAR 9 SAR X
56. SAR D SAR SAR SAR 63 2dB 1 26W kg 4 30 mm x 30 mm x 30 mm 3 2 3 SAR 3 GHz 22 mm x 22 mm x 22mm RADA 3 2 3 3 2 3 SAR 1 3 GHz 5mm 3 GHz SIn 2 2 mm 8 In x 3 2 3
57. Pave lt Pave 1 4 Pmax Pmax T1 T1 T1 T1 T5 T6 Pmaxx nxTl Pave T6 Pave Pmax T1 T5 T6 n 75 Pave lt Pave 2 RF
58. 3 0 23 7 22 3 8 0 7 GEO62209 2 IEC 622092 Human v IEC 62209 2 exposure to radio frequency NAD SAR fields from hand held and 18 4 28 body mounted wireless 276 communication devices human models instrumentation and procedures Part 1 and 2 E e 276 17 E 18 gt mE ay 20 Fak 14 13 10 10 628 4 1 1H 24H 628
59. 1 Cl C2 PM 1 Cl C 3E E80 H7 Vv e SEE 2 2 2 PM 2 PM 3 ali C1 C3 PM 2 4 0 01dB 2 3 at PM 2 5 PM 3 ARIB STD T56 A2 3 1 SAR 2 SAR
60. SAR 1 2003 SB 2 9 Mar 2003 3 SAR 2003 JSB 2 10 Mar 2003 4 Koichi OGAWA Akihiro OZAKI Shoichi KAJIWARA Atsushi YAMAMOTO Yoshio KOYANAGI and Yutaka SAITO High Speed SAR Prediction for Mass Production in a Factory by H Field Measurements 2004 IEEE Antennas and Propagation Society International Symposium USA vol 3 pp 2759 2762 Jun 2004 5 4 SAR B 4 40 Sep 2004 6 Koichi Ogawa Akihiro Ozaki Shoichi Kajiwara Atsushi Yamamoto Yoshio Koyanagi An In Factory SAR Prediction System by H Field Measurements for Mass Production Quality Control Purposes EMC Zurich pp 119 122 Feb 2005 105 ARIB STD T56 1
61. A1 2 2 SAR 10 15 mm 3 GHz 5 8 GHz 6 GHz 30 MHz 150 MHz SAR A1 8
62. f cu NN SAR ARIB STD T56 SAR E ICNIRP
63. lt 1 OTE 5 9 E 100mA ARIB STD T56 D G 1 10kHz 100kHz lt 1 4 5 X 104f Hz mA 100kHz 15MHz 45mA 3 1
64. SAR SAR 1g 10g SAR SAR SAR 1g 10g Vim Am S Wm E V m H A m d eee ihe La sea i 20cm
65. WLT 9 FRE 89 BOT DOO BI OGRE OWE TIER OSE RCR STD 38 2 0 300MHz 3GHz 11 14 10 89
66. 3 1 4 1 SAR 3 1 4 2 SAR 1 3 2 ARIB STD T56 Y 2 J X 1 3 2 SAR 1 4 IEC 62209 1 2005 Human exposure to radio frequency fields from hand held and body mounted wireless communication devices Human models instrumentation and procedure Part 1 Procedure to determine the specific absorption rate SAR for hand held devices used in close proximity to the ear frequency range of 300 MHz to 3 GHz 118 5
67. RB RB MPR dB 5 MHz QPSK Low 1 0 0 Middle 1 0 0 High 1 24 0 Low 8 0 0 Middle 8 0 0 High 8 17 0 20 MHz QPSK Low 1 0 0 Middle 1 0 0 High 1 82 0 Low 18 0 0 Middle 18 0 0 High 18 82 0 5 MHz QPSK Low 25 0 1 Middle 25 0 1 High 25 0 1 16QAM Low 8 17 1 Middle 8 0 1 Middle 8 17 1 High 8 0 1 Low 25 0 2 Middle 25 0 2 High 25 0 2 ARIB STD T56 10 MHz QPSK Low 50 0 Middle 50 0 High 50 0 16QAM Low 12 38 Middle 12 0 Middle 12 38 High 12 0 Low 50 0 Middle 50 0 High 50 0 20 MHz QPSK Low 100 0 Middle 100 0 High 100 0 16QAM Low 18 82 Middle 18 0 Middle 18 82 High 18 0 Low 100 0 Middle 100 0 High 100 0 ARIB STD T56 Low Middle High i 5 MHz i c1 TN aa pA t eee 1922 5 MHz i i 1950 0 MHz i 1977 5 MHz 40MHz gt IN 1925 0 MHz 1950 0 MHz 1975 0 MHZ 1 20 MHz i i NOZIN 1930 0 MHz 1950 0 MHz 1970 0 MHz i M1 3GPP RF Band 1 ARIB STD T56 1 2 SAR 3 2 1H 1 SAR 3GPP RF HABA RE VEDI E
68. SAR X C un X C 2 E SAR p E SAR Wr T SAR Cx E 100 ARIB STD T56 2 SAR 2 5 A 1 SAR SAR
69. 100kHz 300MHz 20cm 300MHz 3GHz 10cm S AR 0 4W kg 0 08W kg 10g 10g SAR 10W kg 2W kg 20W kg 4W kg 100kHz 100MHz 100kHz 100MHz 45mA 100mA 6 1 ARIB STD T56
70. 3 4 amp RS XT zi ay Ht d T n E N NI ER A S S OM e H L Fim 0 Sm 3 i cy nm Q jk y yg ARIB STD T56
71. 2 SAR k T IN SAR 3 SAR 1 2 800MHz 1 7GHz 2GHz 1 5cm PH 1 3 SAR SAR SAR SAR 1 4 SAR 2 SAR 2 SAR SAR
72. 900 MHz 0 4 10g SAR 3 mu 5 BICKER DICER ARNT VY FF EBRD 7 Yh AD ORES OMERICKVY C KH SAR 5 mm z 5 mm 900 MHz 10 mm 1950 MHz 2450 MHz 5mm 4 SAR FDTD Method I HRO Method II 3 z lt 5 mm SAR a Shell 2 0 mm Phantom Observation plane
73. 1 2 1 2 1 20cm 20 cm ee ee RFID 1 2 2 30MHz H ae D 6GHz 8300MHz 3GHz 1 3 SAR 1 1 3 1 SAR 1 3 1 1 A O 1 3 1 1 1 LR EOE 1 3 1 1 2 4 1
74. 1 3 a P 3 MHz 300MHz 6 100mA 2 2 1 b G 3 MHz 300MHz 6 45mA 3 2
75. 2 3 d 4 DA H 3 uu ae f D H E r3 HAC gt E MH Fi wal e voti
76. SAR Fit 2 2 2 2 1 8SAR 18 C 25 C RF E SAR 0 012 W kg SAR 3 E
77. SAR x y a x y Hn Gy 3 Q gw 3 a x y 2 2 0 SAR 2 1 SAR SAR a X Y SAR SAR SAR 3 ZZ TEC 4 Co Ca SAR z CaZ4 C3Z3 C2Z2 CiZ Co 4 SAR 3 SAR 1 M M M Ro 5 Mx My Mz li 1g 10g xyz y 103 ARIB STD T56 SI cx 1g
78. 1 2 3 4 5 Kuster N Kaestle R Schmid T Dosimetric evaluation of handheld mobile communications equipment with known precision IEICE Trans Commun vol E80 B no 5 pp 645 652 1997 Guy AW Chou C Specific absorption rates of energy in man models exposed to cellular UHF mobile antenna fields IEEE Trans on MTT vol MTT 34 pp 671 680 1986 Nojima T Nishiki S and Kobayashi T An experimental SAR estimation of human head exposure to UHF near fields using dry phantom models and a thermograph IEICE Trans COMMUN vol E77 B no 6 pp 708 713 1994 Tamura H Ishikawa Y Kobayashi T Nojima T A dry phantom material composed of ceramic and graphite powder IEEE Trans on EMC vol 39 no 2 pp 132 137 1997 SAR 1997 4 B 4 82 101 ARIB STD T56 1 2 1 JW SAR SAR
79. uu 1 2 i ej 38 S nil Tw 1 A2 1 SAR Mm A2 2 A2 2 1 A2 2 1 A2 2 3 RETI RIL C3
80. 1 E H
81. 6 3MHz 30MHz 1 430fQMHz 3 2V m 275V m 9V m 30MHz 100MHz 9V m 100MHz 300MHz 0 09f MHz V m 9YV m 27V m 3 a 3 2 2 3 3 3 E4
82. Uncertainty 95 SAR c EREE D
83. 8 1 4 1 5 USB 6 Mm 3 2 PA 3 21 1 3 1 3 1 3 1 4 4 ug exa 2 1 3 BARE PM 1 4
84. 31 4 1 SARii W kg Psi mW 2 20 4 40 10 100 20 200 4 4 2 SAR IEC 62209 1 62209 2 HL 4 2 4 2 0 4 W kg 0 4 W kg 10 W kg SAR 10 W kg SAR 30 30 30
85. B 10kHz 300MHz 300MHz 1GHz 1GHz 3GHz 3GHz 300GHz P G 2 3 d 1 4 EN 5 E ay HELF 1 4 FEL 0 20mW em2 WK P 50mW cm G 10mW cm2 10mW cm2 IR 10mW cm2 20cm A gt jE ME Hy 6 HO H nuu H 10cm ZA Hf ZS 2 Fa a P 10kHz 100kHz 103f Hz mA 100kHz 15MHz 20H E 1
86. SAR SAR A8 3 A8 2 SAR A 8 83 1 K A 8 2 1 W kg 1 2 8 4 2450 MHz 1 50 1 37 1 41 5200 MHz 0 55 0 49 0 44 SAR 2 05 1 50 1 41 1 42 ARIB STD T56 9 SAR A9 1 SAR SAR IEC62209 2 6 2 4 SAR SAR
87. lt 1 gt SAR 6 0 4W kg lt 2 gt 10g SAR 6 10W kg 20W kg lt 3 gt 100kHz 100MHz 100mA 6 1 100MHz lt 3 gt 3 3 lt 1 gt SAR 6 0 08W kg 2 10g SAR 6 2W kg 4W kg
88. SAR 3 3 2 3 8 3 3 8 4 1 SAR 100W SAR 100 1W SAR 1W
89. Ag Ao ASAR C A c C4 Ao a C A ASAR A Ae C A ASAR A Ao Cs C 4GHzl C 3 456x107 f 3 531x107 f 7 675x107 f 0 186 C 4 479 x10 f 1 586x10 f 0 1972f 0 7717 ASAR SAR ASAR ARIB STD T56 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Jun 25 1990 Apr 24 1997 May17 2011 ARIB STD T56 Ver 1 0
90. SAR 4010869 2 RURE 4481578 3 SAR 4345010 4 RURA 4112898 5 S AR WB 4471583 15 T iy pall 106 ARIB STD T56 1 3 2 1 1 2 3 D SAR SAR 1
91. E 2 38 RCR STD 38 5 4 E ARIB STD T56 E UH E
92. 10kHz 300GHz 1 2 2 SAR Specific Absorption Rate o kg m3 dV dm dqdW SAR W kg d dW dm dt d dW p dV dt cE p Wig co S m E Vm SAR 6 6
93. SAR 3 1 3 b Hr z 3 1 1 D 3 1 1 b 2 2 2 Wt Wb ARIB STD T56 2 A a A
94. b c ps 2 3 10cm 6 10mW cm2 6 10cm E P G 10cm 1 4 ARIB STD T56 P 50mW cmz G 10mW em 2 3 3 RVG E4 2 3 3 im Wi E4 3 5 4 4
95. 1 8 qd gt ey 7 be SBE 1 At EE ARIB STD T56 SAR PF si H P W 3 SAR
96. 2 SAR hmWl W kg Penn P RF1 DR 1 6 42 1 8GHz 100mW BW 3 RF2 LAN 0 3 20 34 2 45GHz 40mW BW 5 RF3 138 PAN 34 2 45GHz 5mW BW 5 ARIB STD T56 1 RF1 RF2 RF3 RF1 Pavailable 1 P available 1 79 2716 2 4 nW th m 0 SAR SAR SAR lim RF2 ZEH CW S ie cg S HII A E SAR SAR P zm P 5 lim 2 available 2 th m SAR ops 0s 2 17 mW Pavailable 1 lt RF3 Pavailable 2 gt RF3 RF1 RE3 SAR RF2 RF3 SAR Pavailable 2 hn i Pim Pih m RF1 RF2 Pawailablelz
97. TEC 62209 1 XI 2 3 1 IEC 62209 2 2 3 2 ARIB STD T56 0 05 3 GHz S 3 GHz 3 5 80 100mm 2 3 1 Bd 2 3 2 ARIB STD T56 O o 300 MHz 25 mm 1 300 MHz 800 MHz 0 6 4 0 4 4 2 800 MHz 6GHz 225 mm 150 mm
98. 8 3 2 5 SAR 1 SAR IEC 62209 1 2 mm SAR 3 SAR F 1000 kg m3
99. duty cycle Pave x duty cycle DL UL symbol ratio DL UL symbol ratio 29 18 duty cycle 24 69 2 2 FCC KDB 615223 802 16e WiMax SAR Measurement Guidance LTE Pave x 100 duty cycle 49 6 9 49 6 10 duty cycle Pave x duty cycle s ARIB STD T56 XGP Case a 49 6 7 Pave 50 duty cycle Caseb duty cycle 45 3 Pave x 45 duty cycle 3 ARIB STD T95 AXGP Pave x duty cycle 49 29 duty cycle 4596 E 3 2 4 Pave X45 duty cycle 4 19 11 29 651 Push to talk duty cycle 50 5 PTT Pave x 50 duty cycle 5 IEC 62209 2 ARIB STD T56 8 4 1
100. 118 E 1 ARIB STD T56 IEEE CENELEC IEC OR 3 FEL H 2 mU ARIB STD T56 3 1 10 1 1 0 1 MET 14 1 2 0 1 MET 23 7 3 0 1 MZT 24 12 3 1 1 fT E 7100 0013 4 1 1 1 pe E 03 5510 8590 FAX 03 3592 1103
101. Q 0 05 W kg 10 g SAR SAR 1 W Q 1W SAR 6 5 mm 15 180 SAR ARIB STD T56 SAR n
102. ARIB STD T56 vy T Fit 14 1 24 9 89 ARIB STD T56 1 0 10 1 27 12 FORNE 118 13 Z ARIB STD T56 2 0 hk 2h TARER EIR COIL lt BIGREDS Hk Lom HSI LR BATE E TERR LAN
103. STD 5 ARIB STD T56 23 7 7 ik 1 81 13 628 629 KU 630 16 88 77 18 276 277 Ur GE X 3 1 24 8 6 12 18 23 23 10 28 118 Js
104. SAR SS A1 2 A1 2 1 SAR ARIB STD T56
105. T 9 18 C 25 C SAR 24 SAR 24 1 2 4 1 DC 22C SAR 5 doma eu 2 4 1
106. a X OX2 b 3 2 2 1 R 2 2 1 2 ai ARIB STD T56 2 a P 6 f E V m H A ml S mW cm 10kHz 30kHz 614 163 30kHz 3MHz 614 4 9f1 MHz 163 1 63 3MHz 30MHz 1 842f 1 MHz 4 9f1 MHz 614 61 4 1 63 0 163 30MHz 300MHz 61 4 0 163 1 300MHz 1 5GHz 3 54f 1 MHz f MHz 12 106 f MHz 300 61 4 137 0 163 0 365 1 5 1 5GHz 300GHz 137 0 365 5 2 b P lt 1
107. SAR SAR 3 dB SAR 3 2 1 _ ARIB STD T56 SAR SAR X 8 2 2 3 2 4 SAR SAR 2 7
108. 2 SAR SAR SAR 1g 10g SAR SAR SAR x y z o E Guy2 o W kg SAR y 2 KO Ew y lt ZNENIE y A RI SAR o SAR
109. zu 2 5 1 SAR lt 0 0 1 W kg lt 0 0 1 W kg gt 100 W kg 1 lt 0 5 dB 1 0 01 W kg lt SAR lt 100 W kg lt 8 mm lt 8 mm lt 2 GHz lt 13 gt 2 GHz mm 1 26 2 6 1 3 SAR SAR 2 6 2 1 0 2mm 2
110. SAR A8 2 A8 2 4 1 A 8 2 2 2 A 8 2 89 gt 3 A 8 2 4 gt 4 A 8 2 5 SAR A 8 2 1 ON OFF A 8 2 2 1 SAR SAR
111. 1 10 1 3 SAR SAR SAR 50 3dB 5 10 1 3 SAR SAR SAR 50 3dB ELE dE N 2 roundup 10 f f f 1 f fy fi N Roundup x
112. 56 2 8 GHz 10 2 4 1 10 ARIB STD T56 RE LE 15 cm 15 cm 3 GHz 6 GHz 15 cm SAR 1 TY 3 1 2 1 2
113. SAR SARrer Co C4 Hr o SAR z C4Z4 C3Z3 C2Z2 CiZ Co Q SAR et Hie Hm a SAR l SAR E1 SAR 2 SAR 2 1 SAR XA 2 a Hrer x y XY 2 SAR SARratx y 102 ARIB STD T56 a SAR xy eb tres b SAR 2 a X Hret x y SARret x yy a SAR es x y He x y oc H x y SAR
114. 2 mm 800MHz 3GHz 1 800MHz 2 0 5 iu d ZywhbAG 0 05 3 GHz 3 GHz 3 SAR A2 2 2 0 2mm 5 GHz 1EC 62209 2 Annex D
115. E 10 ASAR 6 5 SAR 5 5 SAR 3 2 1 3 2 2 ARIB STD T56 gt Vv Y v SAR
116. SAR SAR SAR SAR ARIB STD T56 3 ELI EI m t Fart NS X 8 2 5 1 2 1
117. 2 ZywbhBA28 En 5i EL fn 2 1 ay IE x c y z V m SAR OF FIC REIN SOA SS EET STD BR 100W Tv ds RAE 23 4E H A f
118. SAR 3 109 WSLS 2 A n A2 4 1 MAMA uu uu A2 5 A2 2 1 A2 5 1 A2 2 1 A2 5 2 TIEC 62209 1 U IEC 62209 2
119. A2 2 1 A2 2 3 us E Rt A2 5 4 1 1 SAR SAR 10g SAR 0 4 W kg 10 W kg SAR ARIB STD T56 1 W TEC 62209 1 IEC 62209 2 SAR 2
120. 10cm a b c P G 3 2 1 3 1 4 3 5 EP G 3 2 1 2 3 1 4 6 2 20mW cmz 10cm 3 3 4
121. ARI B STD T56 3 a G 6 f E V m H A m S mW cm 10kHz 30kHz 275 72 8 30kHz 3MHz 275 2 18f1 MHz 72 8 0 728 3MHz 30MHz 824f MHz 2 18f1 MHz 275 21 5 0 728 0 0728 30MHz 300MHz 27 5 0 0728 0 2 300MHz 1 5GHz 1 585f2 MHz fi2 MHz 237 8 f MH2 1500 27 5 61 4 0 0728 0 163 0 2 1 1 5GHz 300GHz 61 4 0 163 1 3 b G lt 1 Jap f E V m H A m 10kHz 100kHz 894 72 8 1 15MHz 61 4V m lt 1 3 a 3b 3 2 2 2
122. 1 2n ARIB STD T56 Hache si da iy I I a PEUT CELE LEETE CES LEE HI FiidodH4 PARMI HFI Aittn H EHIH aH 1Ukm Li kez 1HHz HH 1095H Luz 1 nHz EL LE al JE tt 3 G db ot db d IEE m d LT Hide IX FER GG x TDkHz d kdz ImHm JDMHz tonne InF1 1o5hr 30009z fl uc RW xA G 3 2 2 1 a b a b
123. SAR 14 6 S m 2 4 8 10cm H SAR EKIRI IEC TC106 118 12 13 4 I E
124. f E V m H A m S mW cm 10kHz 30kHz 614 163 30kHz 3MHz 614 4 9f 1 MHz 163 1 63 3MHz 30MHz 1842f 1 MHz 4 9f 1 MHz 614 61 4 1 63 0 163 30MHz 300MHz 61 4 0 163 1 300MHz 1 5GHz 3 54f 12 MHz f 12 MHz 106 f MHz 300 61 4 137 0 163 0 365 1 5 1 5GHz 300GHz 137 0 365 5 REE 6 OREHE 2 REG f E V m H A m S mW cm 10kHz 30kHz 275 72 8 30kHz 3MHz 275 2 18f 1 MHz 72 8 0 728 3MHz 30MHz 824f 1 MHz 2 18f 1 MHz 275 27 5 0 728 0 0728 30MHz 300MHz 27 5 0 0728 0 2 300MHz 1 5GHz 1 585f 12 MHz f 12 MHz 237 8 f MHz 1500 27 5 61 4 0 0728 0 163 0 2 1 1 5GHz 300GHz 61 4 0 163 1 ARIB STD T56 II 10kHz 300MHz 300MHz 1GHz 1GHz 3GHz 3GHz 300GHz i 1 2 au
125. SAR M A5 2 SAR PC 1 SAR A5 3 PC SAR 13 14 PC SAR 17 9 5mm 2 5 mm 15 mm 2 5 95 PC 8 dB 4 dB IEC TC106 MT1
126. lt 8 gt 100kHz 100MHz ARIB STD T56 45mA 6 1 m 100MHz lt 3 gt aN 4 3 2
127. 2 2 m 3 3 SAR 0 2 108 ARIB STD T56 0 2 2 3 D SAR SAR SAR OR Qc 4 900 MHz 0 03 10 g SAR 20
128. P G G P P 2
129. oy A EG A TR dt 9 3 1 4 2 E E TIL O A 3 pf E EAE ji 2 rR T iC 2 4
130. ee 111 1 ARIB STD T56 11 20cm IEC 62209 1 62209 2 IEC TRB WIE RIN OVER iL DR dels ia
131. Paus TIEC 62479 Annex B Pa Pa SAR TEC 62479 Pam 1EC62479 ot 1 300 MHz 6 GHz 5 mm 25mm 3 F F 2
132. 98 99 16MO HEC DGBE 1L 2 Tween 1 300 MHz 55 32 37 56 5 95 0 98 HEC 0 19 2 450 MHz 56 3296 38 56 flit A UK 3 9596 0 98 HEC 0 19 3 835 MHz 1 56 000 JE 41 45 1 45 1 0 HEC 0 1 4 835MHz 2 48 39 50 36 1 25 5 900 MHz 1 56 50 EHE 40 7196 fii zw 1 48 0 99 HEC 0 19 PRAI 6 900 MHz 2 64 81 34 40 0 79 7 900MHz 3 47 42 51 38 1 20 ARIB STD T56 ARIB STD T56 8 1450 MHz 1 45 51 DGBE
133. SAR 2cm y SAR IEC 62209 1 TEC 62209 2 SAR 3 Q A2 5 1 SAR 1 W Q IW SAR
134. Hs SAR a Hs 1 Gy Hv SAR oc SAR SAR SAR a gt y BERE l SAR SAR l Hr l
135. P X 2 2 1 2 2 2 C SAR ib 2 2 3 X 2 2 4 ARIB STD T56 1 2 4mm 3 4mm 0 01cm3 1g 10g SAR e 2 3 SAR
136. c J kg K mE AT K At s SAR SAR c AT At w kg 1 1 1 SAR 1 1 2 1 100W FDMA TDMA PDC 3mW 300mW SAR SE 100W uu c ums
137. A2 6 2 SAR 1 W AD 1gSAR 10gSAR SAR SAR y 2cm MHz mm Wikg Wikg W kg W kg 300 6 3 3 02 2 04 4 40 2 10 300 2 0 2 85 1 94 4 14 2 00 450 6 3 4 92 3 28 7 20 3 20 450 2 0 4 58 3 06 6 75 2 98 750 2 0 8 49 5 55 12 6 4 59 835 2 0 9 56 6 22 14 1 4 90 900 2 0 10 9 6 99 16 4 5 40 1 450 2 0 29 0 16 0 50 2 6 50 1 800 2 0 38 4 20 1 69 5 6 80 1900 2 0 39 7 20 5 72 1 6 60 1950 2 0 40 5 20 9 72 7 6 60 2 000 2 0 41 1 21 1 74 6 6 50 2 450 2 0 524 24 0 104 7 70 2 585 2 0 55 9 244 119 7 90 2 600 2 0 55 3 24 6 113 8 29 3 000 2 0 63 8 25 7 140 9 50 3 500 2 0 67 1 25 0 169 12 1 3 700 2 0 67 4 24 2 178 12 7 5 000 2 0 77 9 22 1 305 15 1 5 200 2 0 76 5 21 6 310 15 9 5 500 2 0 83 3 23 4 349 18 1 5 800 2 0 78 0 21 9 341 20 3 ARIB STD T56 3 LTE Long Term Evolution A3 LTE SAR
138. 1mm ARIB STD T56 2 7 1 Z 0 05 5 c 3 1 3 1 1 PS Luz ped Sey SAR 3 ARIB STD T56 3 1 1 3 1 1 43 1071
139. O PM 1 C1 C2 PM 2 PM 3 PM BAH X A2 2 1 ARIB STD T56 A221 SAR 1 2E 4o 9 A2 2 1 a A2 2 1 f lt 800MHz a 20 62 b 20 42 6 0mm a 20 62 b 2042 d lt qd 6 5mm 2mm f 2 800MHz a 2225mm b Z150mm d a Z225mm b Z150mm d 2mm 2mm 15 cm K 3 1 1 15cm
140. Qu 3 4 1 2 uli ui 3
141. 5 5 1 S AR 6 0 4W kg 2 10kHz 100kHz 0 35 X 104 fIHzlmA cm2 PP Care Ss 3 10kHz 100kHz 10 3f Hz mA lt 1 100kHz 100MHz 100mA 6 4 1 2 3 a S AR 6 0 4W kg 1g SAR 6 8 W kg 25W kg b 3GHz 6 10 mW cmz
142. S AR 100kHz
143. 1 0 F CC 11 1 1 2 1 3 2 14 S AR ARIB STD T56 1 3 8 oul 2 6 2 5 1 2 QR
144. 1 A 8 2 1 SAR SAR 1 4 SAR SAR rn A SAR SAR SAR SART gt N SAR SAR n l 2 SAR 3 dB SAR 3 SAR SAR ARIB STD T56 gt SAR SAR Tx A 8 2 2 1 SAR A 8 2 8 2 SAR A 8 2 1 SAR
145. LTE E 1 1 RF RE Middle P max Low P max High P max 2 Middle P max o gt Front Back 3 10 g SAR 1 6W kg 1dB RF H 4 1 0W kg 3 2 1 a gt H Middle P max 0 5dB SAR 3 RF SAR 0 5 dB 95 SAR 10 g SAR nr lS 5b 6
146. 5 150 5 350GHz 5 470 5 727GHz HU 75 ARIB STD T56 1000 ET ZI x lt TE La ZT yN p gt m LIP 2 NN iT E 1 100 E 1 c SI Ta S 5mm 15mm 25mm 10 0 1 2 3 4 5 6 GHz 1 Pa BW 5 X 4 IEC62209 2 Annex K RF1 RF2 RF3 3 RF1 RF2 SAR SAR
147. SAR A9 2 SAR SAR SAR SAR SAR SAR SAR SAR SAR SAR SAR 9 5 ARIB STD T56 10 SAR SAR A10 2 SAR ASAR 2 4 1
148. D02 Validation and Verification 615223 802 16e WiMax SAR Measurement Guidance IEEE 802 16e WiMAX D01 SAR 616217 SAR Evaluation Considerations for Laptop PC D01 Computers with Antennas Built in on Display SAR it Screens f 616217 SAR evaluation Considerations for PC PC D03 Laptop Notebook and Tablet Computers SAR 648474 SAR Evaluation Considerations for Handsets D01 with Multiple Transmitters and Antennas SAR 941225 SAR Measurement Procedures for 3G Devices CDMA2000 EvDO DO1 CDMA 2000 Ev Do WCDMA HSDPA HSPA WCDMA HSDPA HSPA SAR ARIB STD T56 941225 3GPP R6 HSPA and R7 HSPA SAR Guidance HSPA 3GPP R6 R7 SAR D02 941225 Recommended SAR Test Reduction Procedures GSM GPRS EDGE SAR D03 for GSM GPRS EDGE 941225 Evaluating SAR for GSM GPRS Dual GSM E GPRS D04 Transfer Mode SAR 941225 SAR Test Considerations for LTE Handsets LTE D05 and Data Modems SAR 941225 SAR evaluation procedures for portable D06 devices with wireless route
149. 8 8 E x y Ie Jona p ax xV n EV dels Q 7 e JV i r r q x y e lt Closed surface S 3D volume E H onthe closed surface S Radiating source l X E E field outside Inside the closed surface the closed surface S Observation point O z 1 1 1 2 E ds jou H nda 2 H ae 107 ARIB ST
150. SAR E SAR EEDA Y Eli DA oo zx H 1 5 At 0X2 Df BLED ae 1 ay ARIB STD T56 20
151. 80 IRC 62209 2 SAR 4 8 ARIB STD T56 5 5 1 SAR Kl i Spee eae 1
152. X ARIB STD T56 2 a 3 1 2 c b 15 c 1 A 15 X 3 1 3 13 1 15 3 X 3 1 3 3 1 4
153. SAR SAR E le t t SAR F i 3 BD A F
154. 1 ARIB STD T56 gt D 300MHz 20cm 300MHz 10cm 20cm 2 Q 300MHz 1GHz 10cm a b 1GHz 3GHz
155. 3 1 1 1 1 1 S AR
156. 3 2 3 30 mm x 30 mm x 30 mm 30 mm x 30 mm x 30 mm 22 mm x 22 mm x 22mm gt 3 GHz 8 mm 24 f GHz mm 8 mm 5 mm 8 f GHz mm 5 mm 2 12 7 GHz mm 4mm 1 5 RE 30 BoA iti 5 3 2 5 CAS SA AT OYE 7 SAR SAR f BE 3 2 4 ARIB STD T56 SAR 6 SAR 3 2 4
157. Pavailaple 1 6 8 mW Pavailable 2 28 9 mW RF3 RF1 RF2 RF3 OFF SERE Lii nu 2 RF1 RE2 RF3 f Pavailable Tij SAR gt SAR valide on SAR 20 I mW Pavailable lt RF3 DEJ RF1 RF2 RF3 SAR ARIB STD T56 9 SAR SAR SAR 11 SAR SAR SAR SAR 3 SAR SAR
158. SAR 4 1 SAR ARIB STD T56 RRC PA a Sa TOWER CXV DOEI EN PRF HH HL X 4 1 SAR 1 3 1 SAR 4 1 SAR X 1 3 1 SAR 1 3 2 SAR 1 3 2 1 1 3 2 1 1 3 1 3 SAR 1 3 2 1 2
159. SAR 5 SAR SAR 1 A 8 2 1 SAR SAR 3 SAR SAR 5 SAR 2 SAR lt SAR SAR SAR SAR2 HL SAR gt SAR SARi a a SARz a SAR SART SAR SAR 2
160. 1 GHz BW SAR FIO Q BW IRC62209 2 Annex B B 1 BW TEC62479 shnml 15mm FIR 2 A B C D Pi 10g A 0 4588 f 3 4 407 f 2 6 112 f 2 497 100 2 1a B 0 1160 f 3 1 402 2 3 504 f 0 4367 1000 2 1b C 0 1333 f 3 11 89 f 2 110 8f 301 4 1000 2 1c D 0
161. Jan 27 1998 Sch nborn F M Burkhardt and N Kuster Differences in Energy Absorption Between Heads of Adults and Children in the Near Field of Sources Health Physics vol 74 pp 160 168 1998 Gordon et al 1988 Anthropometric Survey of U S Army Personnel Methods and Summary Statistics Technical Report NATICK TR 89 044 1989 S Watanabe M Taki T Nojima and O Fujiwara Charactoristics of the SAR distributions in a head exposed to electromagnetic fields radiated by a hand held portable radio IEEE Trans Microwave Theory Tech vol 44 Oct 1996 V Hombach K Meier M Burkhardt E K hn and N Kuster The dependence of EM energy absorption upon human head modeling at 900MHz IEEE Trans Microwave Theory Tech vol 44 pp 1865 1873 Oct 1996 N Kuster R Kastle and T Schmid Dosimetric evaluation of handheld mobile communications equipment with known precision IEICE Trans Commun vol E80 B pp 645 652 May 1997 A Christ A Klingenbock T Samaras C Goiceanu and N Kuster The dependence of electromagnetic near field absorption on body tissue composition in the frequency range from 300 MHz to 6 GHz IEEE Trans Microwave Theory Tech vol 54 no 5 pp 2188 2195 May 2006 M A Jensen and Y Rahmat Samii Performance analysis of antennas for hand held transceivers using FDTD IEEE Trans Antennas Propag vol 42 pp 1106 1113 Aug 1994 N Kuster Q Balzano and J C Lin Eds Mobile Communications Safe
162. T CAV S PREIS E LL ARIB STD T56 4 SAR SAR SAR 9 ti ARIB STD T56 4 1 9 4 I2 2 3 5
163. f E V m H A m 10kHz 100kHz 2 000 163 E 1 15MHz 1 3 7 V m lt 1 2 a x 20 3 2 2 E 2 6 3MHz 30MHz 3 200fQMHz 32V m 614V m 20V m 30MHz 100MHz 20V m 100MHz 300MHz 0 2f MHz V m 20V m 61 4V m 2 a 3 2 2 3 2 a amp
164. 3 x3 x 3 i qe 1 t 794 9 Lei Y lt 1 g V NEN sl SAR X 3 SAR 5mm 5mm 1g 3x3x 3 27 10g 5X5x5 125 AD SAR SAR 3 M4 PC l pm Z 5i z Y x 7 0 AL XYZ 4 1 3 3dB 5mm 2 104 ARIB STD T
165. 3GHz 21 7 28 A 2030 23 5 17 ni Dill SAR IEC 118 23 10 28 SAR EC CENELEC IEEE 23 7 7 ARIB STD T56 3 0 tf
166. Reference dipole antenna X k z dmm lt 200 mm y 3 109 ARIB STD T56 1 2 Calculated 1 0 Method I from measured data gt X Method II from measured data Normalized SAR 2450 MHz 0 5 10 15 20 25 z mm M4 SAR 1 K Kiminami T Iyama T Onishi and S Uebayashi Novel Specific Absorption Rate SAR Estimation Method Based on 2 D Scanned Electric Fields IEEE Trans Electromagn Compat vol 50 no 4 pp 828 836 Nov 2008 2 T Iyama K Kiminami and T Onishi Applicability of Three Axis Electro Optic EO Probe for Specific Absorption Rate SAR Measurement IEICE Trans Commun vol E92 B no 4 pp 1414 1417 Apr 2009 110 1 4 SAR SAR nu EW DREVE
167. m x 3 2 2 SAR SAR SAR 32 8 3 2 1 1 3 2 1 ARIB STD T56 9 SAR 3 2 1 3 2 1 10 mm 8 mm 2 S
168. 03540 f 3 40 5023 f 2 2 297 f 6 104 2 19 ARIB STD T56 3 2 2 1a 2 2d A B C D J Pihm OA H LL Pi exp As Bs2 Cln BW D mW 3 BE 1 Pu BW 5960 3G 0 Pa 0f zc zs 3 JW JU CRAIC EY Pam 1 Shum NI 1 BW 2 0W kg 10g Pnm mW IGH 9 s 5mm s 15mm s 25mm GSM 0 461 3 3 244 310 468 CDMA 2000 0 845 7 1 144 202 391 W CDMA 0 860 7 0 140 198 386 MCA 0 883 7 4 137 194 384 GSM 0 925 7 6 129 185 375 GSM 1 795 9 5 50 101 308 W CDMA 1 810 5 5 45 93 286 GSM 1 920 7 3 44 95 302 CDMA 2000 1 933 7 8 44 96 305 UMTS 2 045 12 2 44 100 330 802 11b g 2 442 3 4 32 89 328 WiMAX 2 560 1 2 29 84 315 WiMAX 2 610 1 2 29 85 324 WiMAX 3 550 14 1 37 163 657 802 11a 5 438 10 6 56 320 793 WiMAX 5 250 3 8 53 314 845 WiMAX 5 788 1 3 52 272 564 1 IEEE802 11a
169. 17 24 FU kY X 100 66 5396 23 5800 MHz 17 24 17 24 FU py X 100 66 5396 24 6000 MHz 44 00 56 00 f 2 TEM IEC 62209 1 ARIB STD T56 6 LTE 1 1 LTE SAR 6 3GPP RF Band 1 2 GHz SAR oW 1 1 3GPP MEO Band 1 1 3GPP RF Band 1
170. 53 8296 0 67 9 1450M Hz 2 44 73 56 67 0 60 10 1624MHz 46 20 53 15 0 65 11 1767 5MHz 45 27 54 23 0 50 12 1800 MHz 44 92 54 9096 0 18 13 1950 MHz 1 45 00 55 00 14 1950MHz 2 44 91 54 89 15 16 17 18 19 20 21 0 20 2018MHz 45 50 54 63 0 17 2100 MHz 50 00 50 00 2450 MHz 1 49 75 0 50 DEKI 49 75 2450 MHz 2 45 00 55 00 0 00 4000 MHz 44 00 56 00 5000 MHz 44 00 56 00 5000 MHz 44 00 56 00 ARIB STD T56 ARIB STD T56 22 5200 MHz 17 24
171. AR 36 LTE LONG TERM EVOLUTION 39 f DU MI 39 EA ey D IBN ist IA REC PE EET T T extslectba dastnanatess 40 URI 40 Va PD e d pU UNS VN Se cO ah RE 40 ME 0 eI Au V o Aid in e datis P E Mtr detur er EIE 40 USB SAR ki 41 Ta TEE tha aod a te ae a E PS 41 SATUS S dE ae rg oi as Mot ur ea Oe ot Md oa ace 41 ki 41 SAR i 42 Do D ee EY ne tee EO ED TEER a Aa ed 42 SATOHIDESEP E an else teu eua dead MEL ORME ENC See LTD SERENA Come aE ES Cni ad 42 42 43 mcd c up Cc mU Ni C ME E ER T M s 43 43 SAR kk 43 Ge 44 DES ME Re M TIS S eee On Se TEC EM MA LEA ene 44 ell Ree E E Me ROT Eee pi Om IA E MD 44 ARIB STD T56 A8 3 gt 47 9 SAR erre tre tren 48 INO I et dd ed ea ne de de AE 48 CPU sir lut 3H i EE 48 dde TOL DOS ARLBBIE d
172. Br 2 Bs FE EE SAR he 3 SAR SAR SAR AEN GER o x y im Fe 1 in Eo au E E SAR E x y 2 z S ml SAR SEE o x y z kg m M BED amp JH BLO ARIB STD T56 a x y z E x y z SAR x y Z ps y z W kg
173. RE LE 3 1 2 a b A RE LE 3 1 2 b c A M RE LE X 3 1 2 a d 3 1 2 lt 3 1 2 H a b c 3 1 2 HOME
174. a SAR j a x 100 lt 5 Pi SRDS exe LRU Br Clk AEE 2 SAR gt SAR A 8 2 3 1 2 SAR ARIB STD T56 A 8 2 4 3 8 SAR A 8 2 1 E 3 SAR 3 SAR SAR SAR 1 3 SAR 2 3 2 2 3 SAR 3 SAR 3 2 5 SAR
175. 0W RE dee pcr put X 1 2 1 SAR 2 2 3 SAR 4 3 2 4 2
176. 20cm IEEE 1528 FCC FCC Federal Communications Commission OET Bulltein65 Supplement C ARIB STD T56 SAR OET65 KDB Knowledge Data Base 1 KDB 248227 SAR Measurement Procedures for 802 11 a b g IEEE 802 11 a b g D01 Transmitters LAN SAR 447498 Mobile and Portable Device RF D01 RF Exposure Procedures and Equipment Authorization Policies 447498 SAR measurement procedures for USB Dongle USB SAR D02 transmitters 450824 Application Note SAR Probe Calibration and D01 System Verification Considerations for Measurements at 150 MHz 3 GHz 450824 Dipole Requirement for SAR System SAR
177. 56 1 4 4 XYZ 5mm Ot 2 SAR SAR SAR 1 SAR RMCJ2003 15 pp 13 20 May 2003 2
178. AR 3 2 2 3 2 2 3 2 2 ARIB STD T56 23 3 2 2 20 mm 20 mm lt 3 GHz 60 GHzlmm gt 3 GHz 8mm 1 mm 5 mm 1 mm lt 3 GHz 6In 2 2 mm 0 5 mm gt 3 GHz 3092815 5 8 InGO 3 SAR SAR SAR 63 2dB TO SAR
179. ARIB STD T56 ARIB SPECIFIC ABSORPTION RATE SAR ESTIMATION FOR CELLULAR PHONE ARIB STANDARD tafe ARIB STD T56 3 1 10 1 27 14 1 24 2 0 23 7 7 3 O 24 12 18 3 1 Association of Radio Industries and Businesses E 1
180. D T56 E xyz zl nxE xv djds 3 mili y Nt 3 2 z Observation plane S Phantom Phantom surface Radiating source M2 2 1 SAR 2 Electro Optic EO 2
181. R 2 SAR 2 SAR Pavailable SAR P P x SAR available SAR SAR nm 4 1 2 anab 2 SAR N N 1 SAR N lim lim P available Pon lim N x SAR gt SAR SAR i l ARIB STD T56 8 A8 1 SAR
182. itt cete ca te ce e ee a uie ee A 49 TO 49 02 49 LE Uu PEDRO el ERN I I ME 50 1 38 51 2 89 64 3 2 030 ues 70 4 ICNIRP 71 5 yv FARAOR Arenaen Pr as eb kl 72 6 LTE 0 77 7 Ep Pu 83 Ze CET 7 E A EADE T an MN ET 87 9 S AR uaa 91 1 0 ICE denuo E REN ESO Mob id du 93 1 1 1 Luci 95 1 2 Li 102 1 3 2 Li 107 1 4 S AR
183. r capabilities D SAR 941225 SAR evaluation procedures for UMPC UMPC D07 mini tablet devices PC SAR ARIB STD T56 1 1 1 SAR CY 1l SAR 1 1 SAR 2 1 SAR SAR
184. tes ES 4 DD HA Te SO UD c 4 VIDUAM NEL cR ERE UN 5 7 DESEE dH GE a ER TTC S 9 DE ST WD E E LE 9 DT E TUN E EOE AN AE E EET A N E NAS OE 10 RE E E N EE e E E EE NR 11 31 ME te a ee ee S 11 BO Ee dc et te de NUR 16 23 4 1 ee ee ted ee vee Dd Es 23 LE MEI D CREE ON ON ee Ce oh en 23 Acc M AE CLE eL e E CL LLL ee Se eos tro E n safe 23 5 i 24 Bil EAE PRUTS S NETTE ERR LET 24 59 SABE EO BEE Lune itera er reb lS 24 ELI PEU TNR PN ON EM M 25 6 i 26 Bi A ps geo OQ eie Rel CRE oa RR RON MEAE RRC PAM RE Seat ELA EAT 29 ASIA FG Dre muerte ecco Aer a ND SR EE e MIA AP ems Os OT SNe pi 29 ARIB STD T56 A1 2 A1 3 2 A2 1 A2 2 A2 3 A2 4 A2 5 A2 6 3 A3 1 4 A4 1 A4 2 A4 3 5 A5 1 A5 2 A5 3 6 A6 1 A6 2 A6 3 7 A7 1 A7 2 A7 3 8 A8 1 A8 2 A ELO E A AAAA AAA AE AEEA EEA AEA EA 29 RO 30 TB 56 0D p A ed ed Cd d d ee da on cct eds 31 EEA E EEA T AANE EEEE AE N A EET E 31 ee Rd tt 31 POD A a Te 34 CE ONAE ENEE AE E AIEE E IEE S E NEET 34 PEES N AAE EE A E ENT mn eo AE E A T 34
185. ty Chapman amp Hall London 1997 T Iyama and T Onishi Variations in SAR of wireless communication devices caused by host devices IEICE Trans Commun vol 94 B no 12 pp 3603 3606 Dec 2011 T Onishi SAR variations with respect to wireless data communication devices operated with host device IEICE Trans ComEX vol 1 no 4 pp 160 164 Oct 2012 ARIB STD T56 1 88 2 89 3 2 0 3 0 CD Ey Br Ey gt ie 4 ICNIRP 5 6 LTE 7 8 9 S AR
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