情報通信審議会 情報通信技術分科会 小電力無線システム
Contents
1. 36 3 4 800MHz2. 40 1
3. 3 PCM PCM 1 165 25MHz 165 65MHz F7D 1W PCM GMSK 400kHz 396kHz D 16ch 58 2 Di
4. iu 779 125 787 875MHz 322 025 191 125 806 125 322 150MHz 805 875MHz 809 750MHz 322 250 TA Bara TA ON FPU 322 400MHz 96dB 96dB 82dB 80dB 15kHz 15kHz 7kHz 10kHz 110kHz 330kHz 110kHz 30kHz 80kHz 125kHz 125kHz 25kHz 60kHz 250kHz 500kHz 250kHz 50kHz 120kHz 23 10mW
5. FIGURE 4a Protection ratios for the lower adjacent chsnnel NTSC system M Protection ratia dB 7 25 6 35 5 25 4 25 3 25 2 25 l Frequency difference MHz eis FIGURE 4b Protection ratios for the upper adjacent channel NTSC system M ELI OL a WEE CES NECARE S 0 z Continuous 2 Li z A imerference E 10 R f lee tee 2i E 20 LI nme a QI p o da resi W interference 40 475 5 75 6 75 7 18 8 75 9 75 19 75 7 25 Frequency difference MHz Sm FIGURE 4b D05 3 CM 4 2 ITU R 18 851 4a RUR 4b 5
6. 3 JASS0 17 5 1 115 45 90 59 6 3 374 080 5 444 1 158
7. 2 3 70 2 3 8 8 2 5
8. 5 8 3 16 4 B D E A B 2 3 2 D E A B D E 2 E A B D E A B 1 8 2 1
9. FM FM AR IRIG FM FM SN 8ch 60 PCM GSMK 400kHz 396bps 1Hz 1bit
10. 80 100dB 100dB B 100dB 20bit 16bit 20bit 20bit
11. 2 200MHz e Feq 70 M Hz s Freq 200 M Hz Freqz300 M Hz r em zs o E D H oj p e ct pan 3 o Q T I oa o H 3 Q Is ca 1
12. FM 40MHz 50 25 131 9 75MHz 15
13. 2 4 FM 48 2 5 PA Hom
14. 2011 23 UHF 13 2 4 4 6 7 2 4 1 4ch OR 7 2 169 85MHz 10m
15. 2L g 6 ee o e d L ns j vL Al Dt TA T ipe l amp BI v i M E E j A A L3 AY E Na ndr 3 F A L LI NC 7 E 5709 RE f h GW ML 4 C Ke y a D AA N vs dde Be B amp Lg 3 C P TJA SI v NIS A ME Lt 2 myi e 22 gt A 9 E i c SN JJ p ee de D TS N 2 SN
16. 100 200 mi 100 500 mi 500 1000 mi 25 Q 30 60m 60 100m 10 20m 70 100 mi
17. 3 4 3 511 2 ITU T 0 150 1 2
18. 75MHz 2 6 3 1 2 3
19. 1kHz 5kHz 2 25kHz 21 4 1kHz 5kHz
20. FM FM FM 2 2 40MHz 70MHz 1990 170MHz 216MHz
21. 2 FM O A O O FM 9 A O 9 FM 9 A O A x 9 x x FM FM
22. IC PLL LSI LSI LI IC FM LSI 92 1 2 800MHz 1 1 B 1
23. 2 4 3 6 10m 66m 30 mm 220m 15 2 4 4 DU 20dB 10
24. 2 6 1 ORE HR 49 sione 2 7 2 2 8 3 50 3
25. 5msec B 5msec 5msec 3 3 2 1 B 10 2
26. 169 575 MHz oo oO X 4 A UC SU X 7 x v X uf af X 7 Xx o Xx uf Pd OO oO d coro T A O NE x 4 NU x Uf OO ES O AL OPAS OSA KE AS OAS A Ov OL x AUCI E OV AV x7 RO 8 1 9 X x
27. 2 3 2 7 60m Q
28. 16 450kHz 24 650 kHz 800MHz 169 4375 169 5125 169 5625 MHz 16 73
29. Q 59 6 DU 20dB 1079 12 1 2x1077 500Hz f 2000 Hz 230 1 16 1000m 1000m D m dB
30. PR 27 30 50m 1 3 lt 4 100 A
31. PSK PSK 3 B 128kbps 2 3 256kbps 384kbps 256kbps x 4 QPSK 128ksymbol sec 4 B 110kHz 125kHz 250kHz B
32. 4 2 14dB 2 15dB 100mW 5 95 1013 2 15dB Max ERP 100mW 8 95 1013 2 15dB 10mW 88 2 4 2 15 dB Max ERP 10mW S 8 2 4 3 1 7
33. SN 15dB Signal is picked up here SNR 15dD 80 and transferred here gt SNR 15dB dB SPL th SNR dB Distance m 1 FIM FM 2 FM 24 283 171
34. 9kHz 150kHz kHz 150kHz 30MHz 10kHz 30MHz 1GHz 100kHz 1GHz 1MHz 60dB 125kHz 40kHz 50kHz 15kHz 75MHz 2 4nW 3 20 75MHz
35. 8 2 1 2 3 1 2 3 4 5 6 2 1 1 2 2 2 1 1 1 11 1 7 10 11 9 5 3 4 10 ch 4 7ch 6 x3 72 24 3
36. Phase Shift Keying PSK GQPSK 8PSK Frequency Shift Keying FSK Quadrature Amplitude Modulation QAM FSK 2 FSK FM QPSK 8PSK QAM 30 B PSK
37. 39 3 0 5 4 375kHz 5
38. 169MHz 3 169 4375 169 5125 169 5625 MHz 2 2 1 2 2 2 FCC Federal Communications Commission Code of Federal Regulations 47 PART 95 PERSO
39. No limit specified No limit specified The specification over the spectrum width The specification over the spectrum width JV Fal s adjacent channel leakage replaces it adjacent channel leakage replaces it TkHz 7 30kHz REM No limit specified No limit specified The specification over the spectrum width The specification over the spectrum width adjacent channel leakage replaces it adjacent channel leakage replaces it 72 80kHz 25kHz 8 95 620 kHz Channel Bandwidth 25 kHz ref 8 L 50kHz S 5 1 75 95 629
40. 1W 169MHz 5 2 VHF 1 12
41. 30 kHz 6 RM B 7 4 7 5 4 RM 7 6 RM TV 4ch TV 4ch 5 TLM 169 250 TLM 169 650 0 EE dB RM MHz 7 6 64 7 NIE SN Eb AT 3 kHz FM
42. 75MHz 169MHz lt 216MHz 169MHz 2 800MHz 800MHz 2 169MHz 2 1
43. B 125kHz B 0 5 QPSK 128ksymbol sec 192kHz 192kHz B 128ksymbol sec 192kHz 31 3 3 3 12 3 3 4 1
44. 7 7 4 1000 Hz1ESZ iE A73 f8 5 3KHzl 1my 2cc FM JV XECS NED 5 EET B 7 7 SN 3kHz SN 65 SN DU EE 7 1
45. iH i RR li 1 O 2 169MHz 2 1 2 1 1 rrnnnnnunnuu 2 1 2 2 1 2 2 BAMABOSN 2 1 1c c c c R c c 2 2 1 BHHMMEIORIRIASPd rr nt nt ntng nt gg t 4 err 2 2 2 2 3 2 8 1 2 3 2 RII 2 3 3 2 4 2 4 1 4ch
46. TELEC 1 4 62 3 TV 7 2 TV E 12 8858 1og D 131 4856 7 2 dB V m m Tv 1000 10000 100000 m 7 2 x 4 TLM 7 3 TLM E 28 104 1og
47. 280MHz 25dB 169MHz 25dB E 69dB 2 D 13 4m 10m 2 15 55 74dB V m 2 6m
48. 9 75MHz 3 5kHz 169MHz 2 6 1 1 es 2 F3E F8W S s 3 169MHz 4
49. 2 14dB 5 SN Bit Error Rate BER B BER 10 4 QPSK D8PSK BER 10 C N C No r 4 QPSK C No QPSK Eb No 12 5dB 101og 2bit symbol 15 5dB D8PSK C No 8PSK Eb No 16 0dB 101og 3bit symbol 20 8dB 6 1 5m 1 5m 4m 2 1 2 2 1 5m 1 5m
50. F3 d H L dB 50 5 56 5 66 1 dBm 38 4 44 4 54 0 dBV EMF 74 6 68 6 59 0 4 QPSK dBwV ENF 15 71 15 71 15 71 8dB dBV EMF db dd ze 18dB dBV ENF Shh Am 21 33 1 21 1 17 5 23 5dB dBV ENF O O O D8PSK dBV ENF 21 01 21 01 21 01 8dB dBV ENF 99 0 DO BN 18dB dBV ENF id JE 2 33 1 21 1 17 5 23 5dB GBV ENF O O O A 100 3 2 f MHz 800 htm 1 5 hr m 4 Po mW 10 Po dBm 10
51. 6 FM FM 2 4
52. 22 3 1 800MHz 3 1 1 1 800MHz B 1 A B C D S N
53. 19 2 7 2 B 6 10 4 5 34 60m 15dB m m ET Fd A dm um E E B BREBN FOX Z X 300m 7 150m 19 6 10 4 5 2 7 4 5 4
54. 0 5 I 1 000Hz T E 5kHz 16dB 1 000Hz T 2 25kHz 14dB A 81 10 800MHz 800MHz B 1 1 1 1 1 N
55. B 15kHz 15kHz 32kHz 7kHz 10kHz 15kHz 29 5msec 5msec
56. 3 1 72 75 MHz 1996 216 MHz 72 75 MHz 1998 216 MHz 72 75 MHz 1997 173 176 MHz 72 75 MHz 1997 176 181 MHz 36 37 MHz 1997 173 175 MHz 36 37 MHz 175 178 Mkz 183 186 MHz AFIA 1980 173 350 175 050 MHz 50 kHz IUE EUM as 173 175 MHz 181MHz 187 MHz 194 MHz 207 MHz 169 MHz mpm mem 19 Miz 173 175 MHz 180 MHz 187 MHz 194 MHz 201 MHz 208 MHz 215 MHz 36 37 MHz 173 176 MHz 36 37 MHz 2003 Pda 173 174 MHz 36 37 MHz 181 184 MHz 36 37 MHz 2000 174 179 MHz 36 37 MHz 1990 174 MHz 174 176 MHz Via 1999 174 223 MHz 422 MHz 72 75 MHz 1998 173 176 MHz 173 176 MHz 173 176 MHz 1996 173 176 MHz 173 MHz 72 75 MHz 1999 173 174 MHz 36 37 MHz 174 MHz 176 181 MHz 216 MHz 2002 173 MHz 217 220 MHz 181 184 MHz 173 176 MHz 1997
57. G 20mW SAR P 100mW 2W kg G 10g 20mW 10w kg P 10g 100mW B 10mW 3 3 7
58. J M 0 P M P J K 0 P K M N A B 2 D E F G H 3 D E F G H A B 2 2 H A B 2 D E F 1 8 3 2 75MHz 800MHz 8 1
59. 2 4 2 i 2 4 3 2 4 2 4 2 5 1 EL 3 9 9 3 3 3 3 3 s s s 3 s 2 5 2 EE o BOB BOR BOR Ron 3 3 coc 2 6 169MHz 2 6 1 EL 3 c3 3 3 3 3 s 3 s s 5 2 6 2 Fo 9 3 3 3 7 3 3 3 s s s s 2 6 3 800MHz n n n 1 3 Go 9mO SON Go G Go oB 3 G oN S oH a 9 Ww 3 1 1 LET 3 7 3 s s 2 o cGoG3 Gv60OQI 3 amp 3 3 G3 3 O 3 3 3 3 3 3 s 3 s 3 800MHz 3 3 1 rwnan 2 O o 0 vv v 000i A 0o OO 00 NN PRPC RP PR PW MM
60. 60m 2 20m 60m 1 2 8 Pr Pr Nin NF Lh C No dBm Nin Nin 10log kTB x 103 dBm k k 1 38 x10 J K T K 25C 298 K B Hz 128ksymbol sec 128kHz NF dB 6dB Lh dB 4dB C No BER 10 5 C N 5 QPSK 15 5dB 8PSK 20 8dB 96 z
61. 1 1923 27 6 18 52 4E 7 H 18 506 90Mc 222Mc MHz 0 5 54dB V m 2 9 UHF PDC VHF UHF PDC 32kHz
62. 3 3 5 B 3 3 6 B BA 89 9 4 89 9 4
63. 13 18 10 31 14 19 1 16 PE 2 1 18 7 13 169MHz 800MHz 2 18 8 24 169MHz 800MHz 3 18 10 12 IV 1 1 169MHz 75MHz
64. 5 PART15 247 PART15 249 Xt St B 900MHz 900MHz 2 4GHz 5 4 8 7 1 15 249 15 249 15 247 0 5mW 0 5mW 20mW FSK FSK FSK DS SS 1 2MHz 0 5MHz 10MHz AF 10Hz 20kHz 20Hz 15kHz 70Hz 10kHz AF 20bit 16bit 120dB 120dB 80dB SN T H D 0 2 0 2 11H 4 AA 5H 1 006P 10 5H Ni MH 6mS 12mS 1000 1000 3 3 PART 74 861 PART 74 832 TV PART15
65. PART 15 249 0 5mW SR PART 15 247 1W ITU R 1 3 ISM IEEE802 11 LAN 3 1 ETSI EN301 840 1 EDU ETSI EN301 84071 CEPT ERC Project Team FMPT41
66. 30m 10mW 5 2 14dBi 75MHz 18 6 75MHz 2 10kHz 7kHz 2 6 2 1
67. 4 m NU apap BU WIE d ins jog bs n NT n n n n BH ASP n EE CE n 7 RFID
68. PARTIS 1 PART74 861 200kHz 1Mbps CODEC 2 85 1 PART74 861 Lt Z 537 T10MHz 500 lt 1000MHz TV BAND 25 63 TV BAND 256 100kHz 100 25 bMHz 25MHz 74 861 74 861 0 001 0 005 50mW 50mW 120ksps 160ksps z 4 DQPSK FSK 40Hz 20kHz 1dB 24bit 24bit 44 1kHz 96kHz 100dB 117dB T H D 0 05 4 5H 4H 1 x 006P Li ion 3 2 2 bmS 3 66mS 3500 2 PART15 FCC47 CHAPTER PART15 RADIO FREQUEN
69. 4 2 ITU R IS 851 OM 4a RUR 4b 20dB 44 NTSC 525 1 25MHz 170 0MHz 20dB 1 75MHz 169 5MHz 7dB PDC 15 DU PDC QPSK FM PDC DU PDC DU 1 5MHz 3 25MHz
70. GND VDD G a Q T 5 0 iN 11 IEC International Electrotechnical Commission D IEC 60118 12 75MHz 2 169M JRI te 169 M TELEC 75 MR BE B Cm 6 fBEEIERSIH 2 724 v 7 AO PREIS SN JR 2004 8 19 2 L TELEC 2004 6 4 TELEC 1 6 169MHz 75MHz
71. 2 54W 9kHz 150kHz 1kHz 150kHz 30MHz 10kHz 30MHz 1GHz 100kHz 1GHz 1MHz 375kHz 96kHz 40dB 2 4nW 38 3 4 B
72. 54 E 28 1054 logo 100 6942 4 1 dBV m m 100 6942 D 10 9 sk 4 2 RM dBuV m 120 10 8 6 EE m 4 1 1923 27 6 52 7 54dB u V m 10dB 54 10 44dB u V m 75MHz 30dB
73. 70 9 7 4 10 800MHz 8 2 11 8 5 12 800MHz 9 3 44 1 1 2001
74. 6 120m 2 4 5 16 2 5 2 5 1 38 2 6 3 a G 30 300 MHz
75. FCC SG 50mW 50mW 10mW 20mW 50mW FCC ETSI 50mW apa FCC Spektrum Mask H TH L Fc 1MHz Fe 1MHz m1 A FCC 89 2 S ETSI 2 2
76. 1 000Hz 2 2bkHz 14dB 1 000Hz 5kHz 16dB 0 5 80 1 000Hz 2 25kHz 14dB
77. 15dB 12 1 1 3 B 180m B 30m 1 6 60m 300m 150m 1 2 38 Q
78. 6 15 6 26 2 10 B 6 10 B 6 2 lt 3
79. 1 N N N N N 1 1 1 1 1 N 1 N N N N N 1 1 1 1 1 N 1 N 7 N N N N
80. 5m 2 2 lt 2 5m Iss 2 4 10dB 54 10 44dB u V m 14 75MHz 30dB 280MHz 25dB RA 169MHz 25dB E 69dB 4 4 2 D 13m
81. 6 B 6 B B 28 3 3 800MHz 3 3 1 1 800MHz B
82. 10dB 0 25MHz 10dB 3 169MHz 169 49169 8 MHz 4 1
83. 2 1 1 1 2 1 2 2 2 1 2 8 2 0
84. 1 5m D8PSK 21 01dB 4 V EMF 20 2 47 2k GPSKZ 5C OO BE SER EA 7 15 71dB 4 V EMF 10m 20m 60m 10m 20m 60m 10m 20m 60m Tom 20m 60n 8dB 18dB 23 5dB 18dB 3 tuv eue 2 80 4m 70 68 6 60 6 60 59 0 r3 546 51 0 50 6 50 46 6 Ipsa 410 40 36 6 32 1 30 225 D8PSK 21 O1dB u V EMF 18 1 20 7 4 QPSK 10 15 71dB 4 V EMF 20m 60m 100m 20m 60m 100m 20m 60m 100m 20m 60m 100m 8dB 18dB 18 5dB 18dB 102
85. AP 90628 9 RTF 2a gy z Uz Lu TOME 3 aus NE 2 TE E beo
86. l 2 mm I OE 1 ISM 2 1GHz 3 A 2 PART74 ISM
87. 9 169 MHz Federal Communications Commission FCC Code of Federal Regulations CFR 47 PART ETSI EN 300 422 1 compatibility and Radio spectrum Matters Electromagnetic 95 PERSONAL RADIO SERVICES PART ERM Wireless microphones in the 25 MHz 2 FREQUENCY ALLOCATIONS AND RADIO TREATY to 3 GHz frequency range Part 1 MATTERS GENERAL RULES AND REGULATIONS Technical characteristics and test PART 15 RADIO FREQUENCY DEVICES methods 1 LPRS Low Power Radio 25MHz 36Hz 1 Systems Wireless Microphones in the 25MHz to 3GHz Frequency Range 2 169MHz 3 10kHz Ie 4 Frequency Modulation Frequency Modulation 2 10mW 1000 8 1 95 639 max 100mW for LPRS 10mW 8 8 2 4 D
88. 50 70 cm Ed 3 10 75MHz D 4 5 6 cm 4 XA XPIEUJI HIPHT HESON 170MHz 216MHz 5
89. 75MHz 10kHz 7kHz 30kHz 8kHz 80 kHz 30 kHz 125kHz 62 bkHz 50kHz 25kHz 75MHz 20x10 ER 20 I 80kHz 30kHz 19 250 200kHz 75kHz 2 5W 2 5W
90. SAR 10mW 2 5 2 8 16 25kHz 169 4375 169 5125 169 5625MHz 17 2 6 169MHz
91. 1kHz Level lower than 60dBc at distance 0 5 B from the carrier B declared bandwidth 50kHz RBW 1kHz S 8 3 measured according to S 8 3 lower than analyser analyser 76 2 5 W 22 5kHz 43 log H M dB 8 95 6850 6 1 Emissions more than 22 5 kHz away from the channel center frequency Not greater than 43dB log carrier power in watts dB Ref 8 95 635 0 1 10 8S 2 1047 Measurements up to 10th harmonic 8 2 1047 1GHz 54dBm 36dBm S 8 4 3 Below 1GHz not greater than 54dBm ERP in TV and RADIO broadcast bands not greater than 36dBm ERP elsewhere 88 4 3 1GHz 36dBm T 88 4 3 Above 1GHz below 30dBm ERP S 8 4 3 2 No specification for LPRS receiver
92. 15 209 b PART15 249 l Operation within the bands 902 928MHz 2400 2483 bMHz 5725 5850MHz 24 0 24 25GHz 902 928MHz 2400 2483 5MHz 5725 5850MHz 24 0 24 25GHz 3 PART15 15 249 2 6 RASAARU 50dB 15 200 RER 4 PARTIS 249 3m E 2 R2 El sm t 4V m 902 928MHz 50 500 2400 2483 5MHz 50 500 5725 5850MHz 50 500 24 0 24 25GHz 250 2500 900MHz 50 E 3 7 SQRT P 3 P 0 46 E 3 W PART15 249 0 5mW 87 PART15 900MHz 2400MHz 3
93. E 117 8902 10 30 2181 55 dB x V m 120m D m D m 150 E 100 gt M 8 K so 0 0 500 idm 1000 1500 6 1 BED rc s 0 F 50 Dn Bi 100 0 500 1000 1500 m 6 2 7 1 TV TLM RM
94. k J K 1 38 x 1072 1 38 x 10 23 T K 298 298 B kHz 128 128 NF dB 6 6 Nin kTB NF dBm ee Lc Pr dBm 97 29 91 99 Er dBV EMF Mna 9 10dB 10dB 98 1 5m 23 5dB 4m
95. 128ksymbol sec B 806MHz 810MHz 3 192kHz 375kHz HT 2 B B 806 125kHz 809 750MHz 30 3 6 gt 6 4MHz 250kHz 110kHz 009908 09 908 0089708 09 708 000808 b d i 375kHz 192kHz 1 7 2 32 B
96. p kas cos n n SVP n n n i B n B CTO n n 41 2 42
97. DU B 806 125kHz 809 750MHz 30 10 2 B 6 3 2 3 B 40dB B 20dB 60m
98. 12 5 47 2005 600 1 169MHz 1 75MHz 9 2 1 75 MHz 9 ORUD 6X2 9 1997 3000 53 4 3057 10 1998 385 36 22 443 11 1999 691 60 0 751 12 2000 734 47 19 800 13 2001 610 152 4 766 14 2002 488 122 50 660 15 2003 320 50 21 391 16 2004 348 50 3 401
99. 1800MHz ETSI EN301 840 1 88 ERC REPORT42 1996 10 D ERC REPORT63 1996 1998 1785 1797 1799 MHz 2 1 A FCC 2 1 fc 500kHz 8 4 3
100. 18 5dB 2 1 2 1 1 5m 1 5m 3 2 1 5m 4m 8PSK 60m 99 2 1 f MHz 800 htm 1 5 hr m 1 5 Po mW 10 Po dBm 10 Gt dBi 0 Gr dBi 2 14 10 20 m dm RT E
101. 78 1 000Hz 2 5kHz 16dB 79
102. 1 Pr Pr Pt Gt Gr Pt Gt Gr 2 B B 800MHz 3 B B 10mW 4 93 1 4 0 85dB 8dB 18dB 1 2
103. Gt dBi 0 Gr dBi 2 14 20 60 m BFA 3 4 ZB m tT RRIS RAR 545 kegn KEE L dB 56 5 66 1 70 5 dBm 44 4 54 0 58 4 dBV EMF 68 6 59 0 54 6 4 QPSK dBV EMF 15 71 15 71 15 71 8dB dBV ENF ui 359 18 18dB dBV EMF id da 39 p 32 1 22 5 18 1 18 5dB GBV ENF O O O D8PSK dBV EMF 21 01 21 01 21 01 8dB GBV ENF Susp Sk 2000 18dB dBV EMF Uh is dd 32 1 22 5 18 1 18 5dB GBV ENF O O O A 101 2 TN 1
104. 60m THIUE 150B v s 1 a Lar TBrU AR Q0 30m 240m t 60m E gt 60m 15dB o P d 150 300m 150m 180m 30m D U 20dB 1 2 150m 300m 3 4 7
105. 2 14idB 3 4 2 1 192kHz 375kHz 37 250kHz 20 x10 ER 20 192kHz 250 480kHz 2 5W
106. a m X x rui d at E N a 3 3 3 3 NRN NM MPR ND Mm NM o o 0 0 PR 0 C 0 00000 OQ Oo 000 0 3 4 800MHz 3 4 3 4 3 1 2 EMAR a a a a aa a a a a e a a a ao rU il RE a aa a a E a ei E Ga a a a a a a a 30 32 32 35 35 36 37 37 37 39 41 42 43 I 2 0 0 9 14 9 30 169MHz 800MHz I 1 2 IE 1 12 18 6 29
107. 1 3 1 5m 4m 94 feit 185 dB dB 100 120 140 160 20 40 60 80 m S00MMHz 1 5m E Te df 1 1000 10000 2 1 1 5m 1 5m 800MHz 1 5m 4m 20 40 60 80 100 120 140 10 100 m 1000 10000 3 2 1 5m 4m 95 7 100m 2 f 10m 1
108. dBC New Sennheiser Suggestion 2 8S FCC ETSI 50mW gt 2 ETSI EN301 357 1 ETSI EN301 840 1 ETSI EN301 357 1 90 6 ETSI EN301 357 1 1 V1 2 Cordless audio devices in the range 25MHz to 2000MHz Consumer radio microphones and in ear monitoring system in the CEPT harmonized band 863MHz to 865MHz CEPT Harmonized band 863MHz to 865MHz assignment ee This present document applies to cordless audio consumer radio microphones and in ear monitoring equipm
109. 500Hz 16ch 10 20Hz lt 10kHz POM 169MHz lt 170MHz 10 10 kHz 1 kHz 57 2 4ch
110. 27 5 V m 15 246 V m U 169 4 MHz 144 dB V m 7 1 7 10m 87 7 dB V m 0 5m 127 0dBV m 89 9 4 G 20mW
111. 1 1 8 1 2m F 1m 2 3
112. 800MHz B 3 4 1 1 2 3 B B 800MHz 4 60m 100m 10mW 5
113. 10 30 20 50 m 30 100 50 100 m 2 3 B 6 3 5
114. 806 810MHz 4MHz B 1
115. SN 75 MHz SN 75MHz 75MHz 75MHz 169MHz 12 2 169MHz 4 2 3 3 12
116. 46 2 2 1 169MHz 2 2 1 47 2 3
117. D U 50 20 m TV 4ch A TLM 5 0 10 20 30 40 30 D U dB 7 8 SN DU 68 SN 25dB 7 2 3 20m 30m 760m 220m R 7 2 TLM TV F SN 25 TLM 169 250MHz TLM 169 650MHz TV 4ch RM m bm 10m 20m 30m bm 1om 20m 30m bm 1om 20m 30m RM MHz 169 4125 21 8m 6 7 34 2 173 9 450 1 169 4375 6 5 33 2 168 9 437 0 169 4625 7 2 36 3 184 6 477 8 169 4875 6 6 33 7 171 4 443 7 169 5125 6 8 34 8 176 6 457 0 169 5375 7 5 38 0 193 1 499 7 169 5625 7 2 36 3 184 6 477
118. DU D 7 1 U 7 2 7 3 7 6 66 7 1 SN ZU DU SN PE 6 qu B5 ST i seo E m o uo 169 775 10 TV 4ch 559 24 20 3 169 775 5 4 29 4 169 425 10 n 35 21 5 169 425 5 44 30 6 169 775 15 710 30 18 2 169 775 10 38 23 5 169 775 5 46 32 6 169 575 15 29 20 2 169 575 10 36 25 5 169 575 5 43 34 6 169 425 15 29 19 3 169 425 10 n 37 24 169 425 5 4 33 8 169 425 3 46 40 5 169 775 20 1 646 32 244 169 775 15 36 28 2 169 775 10 39 33 5 169 775 5 43 42 6 169 575 20 31 264 169 575 15 33 30 2 169 575 10
119. 4ch 58m 30m 760m 2 4 2 169MHz 4 4 171 25 MHz 4 1
120. 82 B 1 1 1 N R D C enm 88 N N 1 N N N R D 84 1 1 18 2 1 FCC ETSI a b
121. 2 25kHz 16dB 14dB 0 5 5 Ikiz 5kHz 2 25kHz 16dB 14dB
122. 10m 2 15 74dB V m 2 6m
123. A Declared Channel Bandwidth Designation L 50kHz ref 8 5 1 gt LT 50 kHz 75 khz 100 khz 150 khz 200 khz DBY BEER TA L TIZ 2 DH L TOB I 125kHz 62 5kHz 50kHz 25kHz 2 125kHz 40kHz 60dB 50kHz 15kHz Oi AIL dU CERA eT 60dB 12 5 22 5kHz 30dB 8 95 635 0 0 1 Emissions at distances 12 5 to 22 5 kHz away from the channel center frequency Not greater than 30dB Ref 8 95 635 C 1 0 35xB 20dB B 50kHz 1kHz Level 20dBc at distance 0 35 B from the carrier B declared bandwidth 50kHz RBW 1kHz 0 5xB 60dB B 50kHz
124. No specification for miniaturized receivers 4 No specification for LPRS receiver No specification for miniaturized receivers No specification for LPRS receiver No specification for miniaturized receivers r No specification for LPRS receiver No specification for miniaturized receivers A 4nW 2nW 815 111 below 2nW conducted at the antenna 8 15 111 1GHz 2nW 1GHz 20nW S 9 1 5 pelow 2nW for frequencies below 1GHz below 20nW for frequencies above 1GHz 8 9 1 5 3 77 1
125. stations S 95 639 10mW Classi ERP or conducted 8 8 2 4 4 20 30B S 8 2 4 not specified The antenna Tolerance 3dB of nominal power power must be below maximum allowed power 8 8 2 4 20 x 10 6 50ppm 8 95 629 Not X3kHz 5kHz greater than 50ppm 8 95 629 8 8 1 3 Under normal conditions 3kHz under extreme 74 conditions 5kHz 8S 8 1 3 ZU AUESIESEIT I0C c 45 C COSE c BEZ GORT I 5 95 651 Crystal controlled 8 95 651 Not specified But in the practice the tight frequency error specification forces the use of a crystal oscillator 10kHz
126. 1 FM FM PCM 400kHz 5 RY EROH rie i 2 169 25 MHz F7D 400 169 65 MHz F8D 169 09MHz 169 81MHz F1D 80kHz 10 F3E 30 0 03 F3D 45
127. 129 9355 st 7 3 TLM XGEUBU BD JR JR nmn 10 100 m 7 3 JR 2 4 68 5 TV TLM 1 4 1 5 4 MKR 70 83dBuV MKR113 83dBuV REF 137dBuV ATTEN 40dB 169 775MHz REF 117dBuV ATTEN 20dB 169 64MHz 10 dB 4ch bex iig MoEECAcI 169 775MHz 169 550 MHE 168 767 MHz 171 267 173 761 168 650 MHz 169 650 170 65 BW 30kHz BW 30kHz 7 4 4 7 5
128. 17 2005 309 50 6 365 6885 620 129 7634 TELEC 1 3 1 1 1m 65 70 dB 6 dB 3m 60dB 65dB SN 5dB
129. 3 5 1 2004 6 4 TELEE 2 2004 8 19 JR 3 2004 10 8 3 4 2004 12 2 5 2005 4 5 SN DU 2 RM 1 1 RM E 30 2181 log 117 8902 7 1 dB V m m RM dBu V m 120 7 1 169MHz
130. mh B A amp W AT GN 42 43 1 45 2 4 7 3 5 1 4 5 4 5 57 6 60 7 F 6 2 8
131. 1 A FM TR
132. x V m dBm D m pose EPOR dun D Paupay s W 480 L 20 L0G 2 dB E V m Gt Pt QW D m Gr P QW A m L dB 6 1 6 2 1000m 75 dB x V m 47 dBm 0dB DU 20dB 55 dB x V m 7 1 60 E 30 2181 log D 4 117 8902 dB u V m D ERE m
133. 10mW 1mW 10mW E i i i i i i i 20 142 6 30 4 13 2 4 x F1D F2D F3E F8W F1D F2D F3E F8W F3E F8E F8W FON FON F3E F8W 1 24 3 2 A 2 B C 240 11 20 1997 JEITA 16 B
134. 2 B FM FM 2
135. 4 OPK D8PSK Pr 1 Pr QPSK 97 29 dBm Pr 8PSK 91 99 dBm Er Er Pr 113 dBV EMF Er QPSK 91 29 113 15 71 dBV EMF Er 8PSK 91 99 113 21 01 dBu V EMF dBm dBuV EMF dBm Pr 10 log mW dBuV Er 20 log uV V V W W V2 R dBm dBuV Pr 10 log W 103 20 log V 105 10 log 10 R R 500 Pr Er 107 506 EMF 2 6dB Pr Er 10746 Er Pr 113 dBuV EMF 97 1 4 QPSK D8PSK kbps 256 384 bit symbol 2 3 ksps 128 128 0 5 0 5 kHz 192 192 BER 10 5 10 5 C No dB 15 5 20 8 dB 4 4 C N 19 5 24 8
136. 4 355 169 575 5 46 44 6 169 425 20 26 25 6 169 425 15 36 29 3 169 425 10 4 347 169 425 5 46 43 8 169 425 jul sete oe 50 32 18 3 MHz 169 425 10 100 38 5 26 8 169 450 10 100 35 23 3 67 n 169 475 10 H 100 36 20 3 169 450 10 n 150 39 282 n 169 475 10 150 32 252 169 250 n 169 475 10 50 28 5 17 3 MHz n 169 500 10 50 24 21 0 iid 169 650 y a p LUE 40 442 n 169 650 3 100 32 29 7 169 650 5 n 100 21 23 0 169 550 5 n 100 38 23 4 169 550 5 n 150 39 28 3 169 550 10 n 100 28 143 169 650 10 n 150 39 18 9 169 550 10 n 150 37 192 SN 25dB 10dB DU 8 SN DU 7 8 7 1 SN 0 5937 19 58341 7 4 SML SHBEO IRSTERIEIdB DU 13 35 SEO ERR S Eb dB SN
137. 5 mm 2 2 3 2 1 75MHz 75 2 lt 75 6MHz FM 10m 3 40MHz
138. 71 8 1 25kHz 50kHz kHz 1 2 3 4 5 12 300 4 3 3 2 13 325 4 4 4 1 5 4 4 2 15 375 4 4 4 3 3 3 3 3 3 5 5 4 2 16 400 5 4 4 3 4 4 4 4 17 425 5 5 4 3 18 450 i j 5 5 4 4 20 500 5 5 5 5 24 600 6 6 6 4 30 750 6 6 6 6 6 H17 106 2029 6639 3 3 4 lt 5ch H17 8 146 599 4 1
139. 75 MHz 51 3 2 MHz 173 990 174 075 174 175 174 225 174 275 174 325 174 375 174 425 174 475 174 525 174 600 174 650 174 700 174 715 175 000 175 500 175 600 175 700 175 800 frequency bands on the lower end of the table are 175 900 176 000 183 925 183 975 appl icable However due 184 125 184 175 184 51 to practical reasons only the explicitely noted channels are used widely 175 178 5 MHz and 183 5 186 5 MHz For schools there is always a special solution needed 173 350 173 400 173 450 173 500 35 173 550 173 600 173 650 173 700 not all channels can be 173 750 173 800 173 850 1 3 900 Iu Sd sa the sane site dug 173 950 174 000 174 050 20601 PUUR9KNSRBN68DE9DUBINS2 174 150 174 200 174 250 174 300 174 350 174 400 174 450 ETE listening devices as very 174 550 174 600 174 650 174 700 e similar to radio 174 750 174 800 174 850 174 900 microphones and allows them to operate in the same spectrum Within the UK the spectrum at 173 325 175 075 MHz is used for assistive 174 950 175 000 175 050 listening we do not have a specific channel plan but re
140. 8 169 5875 7 7 39 1 198 9 514 6 169 6125 1 4 57 7 293 1 758 4 169 6375 9 9 50 4 256 3 663 3 169 6625 0 1 51 2 260 0 672 8 169 6875 2 2 4 6 9 8 15 1 30 3 63 8 134 4 207 8 8 6 43 5 220 8 571 3 169 7125 1 7 3 5 7 3 11 3 29 5 62 1 130 8 202 2 9 5 48 2 245 1 634 3 169 7375 1 5 3 3 6 8 10 6 31 5 66 4 140 0 216 5 7 6 38 6 196 0 507 3 169 7625 1 2 2 6 54 84 30 7 64 7 136 2 210 7 10 9 55 2 280 2 725 3 169 7875 1 2 2 4 51 8 0 27 9 58 8 123 8 191 4 7 6 38 6 196 0 507 3 69 8 1 1 2 1 lt 1
141. CY DEVICES SUBPART C SEC 15 247 SEC 15 249 FCC47 CHAPTER PART15 gt a PART15 247 l Operation within the bands 902 928MHz 2400 2483 5MHz 5725 5850MHz 902 928MHz 2400 2483 5MHz 5725 5850MHz zx FH FH DS SS 86 2 PARTIS 247 1W 1 8dBm 3kHz 6dBi 6dB 500kHz 100klz 20dB 15 205
142. NAL RADIO SERVICES PART 2 FREQUENCY ALLOCATIONS AND RADIO TREATY MATTERS GENERAL RULES AND REGULATIONS PART 15 RADIO FREQUENCY DEVICES ETSI European Telecommunications Standard Institute EN 300 422 1 Electromagnetic compatibility and Radio spectrum Matters ERM Wireless microphones in the 25 MHz to 3 GHz frequency range Part 1 Technical characteristics and test methods 9 3 2 3 2 3 1 1990 75MHz 216MHz 40MHz 170 180MHz 3
143. ent using either 300kHz bandwidth analogue modulation or 300kHz 600kHz or 1200kHz bandwidth digital FDMA modulation Consumer Radio microphones Max ERP EI Occupied 300 600 1200kHz for digital modulation bandwidth 300kHz for analogue modulation EE Spurious Operation 4nW emissions 7 5 MHz to 118 MHz Standby 2nW ERP 74 MHz to 230 MHz 70 MHz to 862 MHz Other Frequencies below 1 000 MHz Operation 250nW Standby 2nW Frequencies above 1000MHz Operation 1 W Standby 20nW 3 4 0dB Unmodulated Carrier reference 10 20 30 40 46 50 fc Transmitter carrier frequency 3 Spectral mask for analogue or digital modulation with B 300 kHz Peak envelope power reference fc Transmitter carrier frequency 4 Scaleable Spectral mask for digital modulation with B 600 1 200kHz 91
144. quire channel bandwidths to be a maximum of 50 kHz Power levels up to 2 mW 174 030 174 070 174 120 174 185 20 6 174 270 174 360 174 415 174 640 174 680 174 720 174 800 174 880 174 920 175 000 173 400 174 770 174 120 173 990 36 640 MHz 37 860 MHz 52 N M 4 V 173 9625 173 8125 181 210 181 430 181 660 181 825 181 875 181 900 182 050 182 200 182 350 182 500 182 650 182 800 184 180 174 175 174 275 174 325 174 415 174 600 175 000 175 700 175 850 175 950 176 000 181 200 187 450 194 450 207 850 169 MHz 58 36 720 MHz 37 940 MHz 36 760 MHz 37 980 MHz B22and 36 39 MHz still in use but not very much utilized You can use any frequency in the band 181 4 184 2MHz Freq 181 210MHz isn t allowed Freq 184 180 MHz may only be used by narrow band application All parts of band Ill 174 224 MHz may be used under individual license based upon the band Ill usage for TV It is to be noted that the ALD is a secondary usage that must not create interference to the main TV Broadcast ing The band 40 43 MHz could still be used and is Usage license exempted 4
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