Cabinet of Ministers Regulations No. 459 Riga 2014 (august 12. No 43 13) amendments to the Cabinet of Ministers on 6 October 2009. Regulations No. 1151 "rules on the radio spectrum band distribution and breakdown of the radio radio systems, as well as on the use of the radio spectrum band for general conditions (national radio frequency plan)" issued under the electronic communications law article 49, first subparagraph, and article 50 to make the Cabinet of Ministers of 6 October 2009. Regulations No. 1151 "rules on the allocation of the radio spectrum band radio and radio systems Division as well as the use of the radio spectrum band for general conditions (national radio frequency plan) "(Latvian journal, 2009, nr. 161.; 2010, 73, 131. No; 86. No 2011; in 2012, No 118, 194.31. nr. 2013;) the following amendments: 1. provisions be supplemented by the following paragraph 3.5.1:" 3.5.1 ALDO (Assistiv of Listening devices)-devices for hearing impaired; ". 2. Add to subparagraph 3.76.4 of the rules with the following wording: "3.76.4 MCA (mobile communications on board aircraft) – mobile communications aircraft;". 3. Express 22 the following: "22. This provision in paragraph 329 of annex 1 in 8000-8017 MHz radio band Division CS RRL radio allocations set to the RRL for decommissioning." 4. Make the following paragraph 32: "32. This provision paragraph 327 of annex 1 in the radio frequency band Division AS is allowed for use in maritime surveillance systems radio equipment from Lithuania borders along the Baltic Sea and Gulf of Riga coast to the border of Estonia." 5. Add to paragraph 41 of the arrangements with the following wording: "41. This provision of the annex 1 320.321, 322, 323,..., 324, 325, 326.327, 328, paragraph and set the 7240 7282-7128-MHz, MHz, 7428-7394 7897 MHz frequency band Division of radio equipment installed by 2014. December 31, are valid until the end of the operation." 6. Add to the fifth column of annex 1 behind the words and figures "January 8, 2011-2011/829/EU Decision, amending Decision 2006/771/EC on the radio spectrum for use by short-range devices matching" with the words and figures "Commission 2013 decision of 11 December 2013/752/EU, amending Decision 2006/771/EC on the radio spectrum for use by short-range devices coordination and decision 2005/928/EC". 7. Replace paragraph 205 of annex 1 in the fifth column, the words and figures "of the Commission of 20 December 2005 the decision 2005/928/EC on the 169,4 – 169,8125 MHz frequency band in the community reconciliation" with the words "the Commission on numbers 2013 decision of 11 December 2013/752/EU, amending Decision 2006/771/EC on the radio spectrum for use by short-range devices coordination and decision 2005/928/EC". 8. Delete paragraph 205 of annex 1 in the fifth column, the words and figures ", 13 august 2008. Decision 2008/673/EC amending Decision 2005/928/EC on the 169,4 – 169,8125 MHz frequency band in the Community harmonisation". 9. Supplement to annex 1, paragraph 242 of the sixth eleventh part of the aisle behind the words "public electronic communications network" with the text "Radiosaskarn RS. 900 LM". 10. Add to paragraph 243 of annex 1 of the sixth column of the first, fourth and fifth paragraph after the words "public electronic communications network" with the text "Radiosaskarn RS. 900 LM". 11. Add to paragraph 244 of annex 1 is the first part of the sixth column behind the words "public electronic communications network" with the text "Radiosaskarn RS. 900 LM". 12. Express 1.273 and 274. the following paragraphs: "273. 1 710-1 930 MHz FIXED Mobile 5.388 5.384 5.385 of 5.341 5.149 5.387 5.388 the FIXED Mobile 5.388 5.384 5.385 5.388 the 5.149 5.341 of IMT-2000/UMTS/LTE/WiMAX/GSM1800/ML 1710-1785 MHz: Commission 7 April 2008. Decision 2008/294/EC on the harmonised spectrum usage conditions of mobile communication services in operation on aircraft (MCA services) KopienāKomisij of 12 November 2013-2013/654/EU Decision amending Decision 2008/294/EC to include additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(97) 07-HEARTS 1 December 1995 decision on radio frequency bands, which are detectable for the coordinated introduction of DCS 1800 (digital cellular communications system in the 1800 MHz band) ERC/DEC/(97) 11-HEARTS 5 December 1997 decision on the DCS 1800 mobile free movement of terminal equipment and use to bake in the Member States by extending the decision ERC/DEC/(95) 01 scope/ERC/DEC (98) 21-ERC 1998 decision on 23 November DCS 1800 (also known as GSM-1800) mobile terminal release from individual permissions ECC/REC/(05) 08-frequency planning and coordination of frequencies of GSM 900, GSM 1800, and GSM-R, E-GSM terrestrial mobile systems (excluding direct communication mode (DMO) channels) ECC/DEC/(06) 07-ECC 1 December 2006 a decision on the harmonised system of aircraft using the GSM-1785 and 1805-1880 1710 MHz frequency bands ECC/DEC/(06) 13-ECC 1 December 2006 decision on radio frequency bands 880-915 MHz, 925-960 MHz, 1710-1785 MHz and 1805-1880 MHz discovery Earth IM-2000/UMTS systems Commission 16 October 2009. the decision 2009/766/EC on 900 MHz and 1800 MHz frequency band for terrestrial systems of land in the community capable of providing pan-European electronic communications services of the Commission of 19 March 2010 decision 2010/166/EU on harmonised conditions of spectrum use for the mobile communications services vessels (MCV services) in the European Union Commission 18 April 2011-2011/251/EU Decision, amending Decision 2009/766/EC on 900 MHz and 1800 MHz frequency band for terrestrial systems of land in the community capable of providing pan-European electronic communications services duplex channels (1805 – 1880 MHz: FBI) public electronic communications RS LM tīkliRadiosaskarn. 1800 mobile communication equipment on board: 1785,7 – 1799,4 MHz SRD ERC/REC 70-03 – about the short-range devices (SRD) 25-10-ERC/REC Radio frequency band sound and video, SAP/SAB temporary lines (including ENG/OB) digital radiomikrofon in the SRD: 1795-1800 MHz ERC/REC 70-03 – about the short-range devices (SRD) use wireless audio device 1 800-1805 MHz ECC/DEC/(02) 07-15 2002 ECC November 1670-1675 MHz decision and 1800-1805 MHz band and the ERC decision ERC/DEC (92) 01 "decision on radio frequency bands, which are detectable in the ground flight telephony for the coordinated introduction of the" abolition of the harmonised use of the band for IMT-2000 in Europe/UMTS/LTE/WiMAX/GSM1800/1805-1880 MHz FB: Commission 7 April 2008. Decision 2008/294/EC on the harmonised spectrum usage conditions of mobile communication services in operation on aircraft (MCA services) KopienāKomisij of 12 November 2013-2013/654/EU Decision on amendments Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(97) 07-HEARTS 1 December 1995 decision on radio frequency bands, which are detectable for the coordinated introduction of DCS 1800 (digital cellular communications system in the 1800 MHz band) ERC/DEC/(97) 11-HEARTS 5 December 1997 decision on the DCS 1800 mobile free movement of terminal equipment and use to bake in the Member States by extending the decision ERC/DEC/(95) 01 scope/ERC/DEC (98) 21-ERC 1998 decision on 23 November DCS 1800 (also known as GSM-1800) mobile terminal release from individual permissions ECC/REC/(05) 08-frequency planning and coordination of frequencies of GSM 900, GSM 1800, and GSM-R, E-GSM terrestrial mobile systems (excluding direct communication mode (DMO) channels) ECC/DEC/(06) 07-ECC 1 December 2006 a decision on the harmonised system of aircraft using the GSM-1785 and 1805-1880 1710 MHz frequency bands ECC/DEC/(06) 13-ECC 1 December 2006 decision on radio frequency bands 880-915 MHz, 925-960 MHz, 1710-1785 MHz and 1805-1880 MHz discovery Earth IM-2000/UMTS systems Commission 16 October 2009. the decision 2009/766/EC on 900 MHz and 1800 MHz frequency band for terrestrial systems of land in the community capable of providing pan-European electronic communications services of the Commission of 19 March 2010 decision 2010/166/EU on harmonised conditions of spectrum use for the mobile communications services vessels (MCV services) in the European Union Commission 18 April 2011-2011/251/EU Decision, amending Decision 2009/766/EC on 900 MHz and 1800 MHz frequency band for terrestrial systems of land in the community capable of providing pan-European electronic communications services duplex channels (1710-1785 MHz ML:) public electronic communications RS LM tīkliRadiosaskarn. 1800 mobile communications equipment onboard DECT : 1880-1900 MHz ERC/DEC/(97) 07-HEARTS 24 October 1994 decision on radio frequency bands, which are detectable for European harmonised Digital Cordless Telecommunications (DECT) system for the implementation of the ERC/DEC/(99) 22-ERC 1998 decision of 23 November on the release of DECT equipment from individual permissions, except the public access part of the hospital for UMTS/IMT-2000 TDD: 1900-1920 MHz/ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement and use of the ERC/REC/(01) 01-UMTS/IMT-2000 system koordinācijaECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz public electronic communication network for UMTS/IMT-2000/FDD/ML: 1920-1980 MHz, Commission 2012 decision of 5 November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs in the Union capable of providing electronic communications of 12 2013 pakalpojumusKomisij. November 2013/654/EU Decision amending Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement and use of the ERC/REC/(01) 01-UMTS/IMT-2000 system coordination ECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz duplex channels (2110-2170 MHz: FBI) public electronic communications RS LM tīkliRadiosaskarn. 2100 mobile communications equipment onboard 274. 1 930-1 980 MHz FIXED Mobile 5.388 the fixed mobile 5.388 5.388 5.388 of UMTS/IMT-2000/FDD/ML: 1920-1980 MHz, Commission 2012 decision of 5 November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs in the Union capable of providing electronic communications of 12 2013 pakalpojumusKomisij. November 2013/654/EU Decision amending Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement and use of the ERC/REC/(01) 01-UMTS/IMT-2000 system coordination ECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz duplex channels (2110-2170 MHz: FBI) public electronic communications RS LM tīkliRadiosaskarn. 2100 mobile communication equipment on the aircraft "13. Express 1.278, 279 and 280.. the following paragraphs:" 278. 2 110-2 120 fixed mobile 5.388 MHz for space to Earth (the far universe) (Earth-space) 5.388 Mobile 5.388 expanse exploration (distant space) (Earth-space) 5.388 the UMTS/IMT-2000/2110-2170/FB: FDD MHz Commission 2012 decision of 5 November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs in the Union capable of providing electronic communications of 12 2013 pakalpojumusKomisij. November 2013/654/EU Decision amending Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement, and use ECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz duplex channels (1920 – 1980 MHz ML:) public electronic communications RS LM tīkliRadiosaskarn. 2100 mobile communications equipment onboard 279. 2 120-2 160 MHz FIXED Mobile 5.388 the 5.388 Mobile 5.388 5.388 of UMTS/IMT-2000/2110-2170/FB: FDD MHz Commission 2012 decision of 5 November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs in the Union capable of providing electronic communications of 12 2013 pakalpojumusKomisij. November 2013/654/EU Decision amending Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement, and use ECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz duplex channels (1920 – 1980 MHz ML:) public electronic communications RS LM tīkliRadiosaskarn. 2100 mobile communications equipment onboard 280. 2 160-2 170 MHz FIXED Mobile 5.388 the 5.388 Mobile 5.388 5.388 of UMTS/IMT-2000/2110-2170/FB: FDD MHz Commission 2012 decision of 5 November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs in the Union capable of providing electronic communications of 12 2013 pakalpojumusKomisij. November 2013/654/EU Decision amending Decision 2008/294/EC, including additional access technologies and frequency bands for mobile communications services aircraft (MCA services) in the ERC/DEC/(00) 06-ERC 2000 19 October for IMT-2000 terrestrial and satellite mobile VSAT licensing, global movement, and use ECC/DEC/(06) 01-ECC 24 March 2006 a decision on the harmonised spectrum use land IMT-2000/UMTS system that works in 1900-1980 MHz, 2010-2025 MHz and 2110-2170 MHz duplex channels (1920 – 1980 MHz ML:) public electronic communications RS LM tīkliRadiosaskarn. 2100 mobile communication equipment on the aircraft "14. Delete paragraph 283 of annex 1 of the sixth column" return channel 2500-2690 MHz MMQ system ". 15. Add to paragraph 284 of annex 1 of the second part of the fourth box behind the text "SAB/SAP-2370 2400 MHz" with the words "Radio transmission of video signal". 16. Make 1.287, 288, 289..., and 290. paragraph by the following: ' 287. 2 500-2 520 MHz fixed mobile except 5410 air shipping mobile-fixed 5410 5.384 5.405 5.412 mobile, except for air shipping mobile UMTS/IMT 5.384:2500-2690 MHz ECC/DEC/(02) 06-ECC 15 November 2002 decision on the 2500-2690 MHz frequency band for UMTS/IMT determination-2000 communications systems ECC/DEC/(06) 05-ECC 18 March 2005 a decision on the harmonised spectrum usage of the IMT-2000/UMTS systems operating in the 2500-2690 MHz band 2008/477/EC, the Commission on 13 June 2008. decision on the 2 500-2 690 MHz frequency band for terrestrial Earth such systems capable of providing electronic communications services in the community Earth System. Public electronic communication networks RSS FX. 026MP 288. 2 520-2 655 MHz fixed mobile except 5410 air shipping mobile broadcasting satellite 5.384 5.413 5.405 5.403 5.417 5.416 5.339 5.412 C B C D 5.417 5.418 5.418 fixed 5410 mobile, except for air shipping mobile broadcasting satellite 5.384 5.416 5.339 5.403 5.417 5.413 C B C D 5.417 5.418 5.418 UMTS/2500-2690 MHz for IMT: ECC/DEC/(02) 06-ECC 15 November 2002 decision on the 2500-2690 MHz frequency band for UMTS/IMT determination 2000 communications systems ECC/DEC/(06) 05-ECC 18 March 2005 decision on harmonised spectrum usage of the IMT-2000/UMTS systems operating in the 2500-2690 MHz band 2008/477/EC, the Commission on 13 June 2008. decision on the 2 500-2 690 MHz frequency band for terrestrial Earth such systems capable of providing electronic communications services in the community Earth system public electronic communication networks RSS FX. 026MP 289. 2 655-670 2 MHz fixed mobile except 5410 air shipping mobile broadcasting satellite 5.384 5.347 5.413 5.416 of Earth exploration satellite (passive) radio space research (passive) fixed 5410 5.149 5.412 5.420 mobile, except for air shipping mobile broadcasting satellite 5.384 5.347 5.413 5.416 of Earth exploration satellite (passive) radio space research (passive) 5.149 5.420 UMTS/2500-2690 MHz for IMT: ECC/DEC/(02) 06-ECC 15 November 2002 decision on the 2500-2690 MHz frequency band for UMTS/IMT determination-2000 communications sistēmāmECC/DEC/(06) 05-ECC 2005. March 18 decision on harmonised spectrum usage of the IMT-2000/UMTS systems operating in the 2500-2690 MHz band 2008/477/EC, the Commission on 13 June 2008, the 2500-2690 decision MHz frequency band for terrestrial land such systems capable of providing electronic communications services in the community Earth system public electronic communication networks RSS 026MP radio astronomy station FX. 290. 2 670-2 690 MHz fixed mobile except 5410 air shipping Mobile 5.384 mobile satellite (Earth-space) of 5.351 Earth exploration satellite (passive) radio space research (passive) the 5.412 5.419 5.347 5.149 fixed 5410 5.420 mobile, except for air shipping Mobile 5.384 mobile satellite (Earth-space) of 5.351 Earth exploration satellite (passive) radio space research (passive) of 5.419 5.420 5.149 5.347 UMTS/2500-2690 MHz for IMT: ECC/DEC/(02) 06-ECC 15 November 2002 decision on the 2500-2690 MHz frequency band for UMTS/IMT determination-2000 communications systems ECC/DEC/(06) 05-ECC 18 March 2005 a decision on the harmonised spectrum usage of the IMT-2000/UMTS systems operating in the 2500-2690 MHz band 2008/477/EC, the Commission on 13 June 2008, the 2500-2690 decision MHz frequency band for terrestrial land such systems capable of providing electronic communications services in the community Earth System. Public electronic communication networks RSS FX. 026MP "radio astronomy stations 17. Express 1.320.321, 322, 323,..., 324, 325, 326.327, 328, 329, 330,..., 331 and 332.333, paragraph by the following:" 320. 7 075-7 145 MHz FIXED mobile fixed mobile 5.458 5.458 5.459 digital RRL: 6425-7125 MHz ERC/REC 14-02-radio frequency channel design of medium and high-capacity analog or high-capacity digital radiorelej systems, which use the band 6425-7125 MHz configuration: pp. RRL high capacity (155 Mb/s and over) Radiosaskarn RS FX. 060-2PP private electronic communications networks digital RRL: 7128-7240 MHz ECC/REC/(02) 06-the preferred channel filed service design digital systems used-8500 MHz band 7125 configuration: PP Radiosaskarn RS FX. 070-1 private electronic communications networks 321. 7 145-7 235 MHz FIXED mobile space research (Earth-space) fixed mobile 5.460 5.458 5.459 space research (Earth-space) number: 7128 5.460 5.458 RRL-7240 MHz ECC/REC/(02) 06-recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration: PP Radiosaskarn RS FX. 070-1 private electronic communications networks 322. 7 235-7 250 MHz FIXED mobile fixed mobile 5.458 5.458 digital: 7128-7240 RRL MHz ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration: PP Radiosaskarn RS FX. 070-1 private electronic communications networks AS: 7240-7282 MHz "frequency band allocation plan 1000.0 100.0 MHz-GHz range" bar divided into use only national defence 323. 7 250-7 300 MHz fixed fixed-SATELLITE (space-Earth) Mobile 5.461 fixed fixed satellite (space-Earth) mobile AXIS: 7240-7282 5.461 MHz frequency band allocation "plan for 1000.0 100.0 MHz-GHz range" bar divided into use only national defence AS and CS: 7282-7300 MHz frequency band allocation "plan for 1000.0 100.0 MHz-GHz range" of the digital satellite system RRL: 7282-7394 MHz ECC/REC/(02) 06-the preferred channel filed service design digital systems used-8500 MHz band 7125 configuration: PP Radiosaskarn RS FX. 070-324 1. 7 300-450 MHz 7 fixed fixed-SATELLITE (space-Earth) mobile, except for air shipping Mobile 5.461 fixed fixed satellite (space-Earth) mobile, except for air shipping mobile number 7282-5.461 RRL: 7394 MHz ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration: PP Radiosaskarn RS. 070-1: SHARP FX 7394-7422 MHz frequency band allocation "plan 1000.0 MHz-100 .0 GHz range "bar divided into use only national defence number: 7428 – 7652 MHz RRL ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration PP Radiosaskarn RS FX. 070-325 2PP. 450-550 MHz 7 7 fixed fixed-SATELLITE (space-Earth) METEOROLOGICAL satellite (space-Earth) mobile, except for air shipping mobile-fixed fixed SATELLITE 5.461 (space-Earth) METEOROLOGICAL satellite (space-Earth) mobile, except for air shipping Mobile 5.461 digital: 7428 – 7652 MHz RRL ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration PP Radiosaskarn RS FX. 070-326 2PP. 7 550-750 MHz 7 fixed fixed satellite (space-Earth) mobile, except for air shipping mobile fixed fixed-SATELLITE (space-Earth) mobile, except for air shipping mobile: 7428 – 7652 digital RRL 7673 – 7897 MHz MHz/ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration PP Radiosaskarn RS FX. 070-327 2PP. 7-7 850 MHz 750 fixed METEOROLOGICAL satellite (space-Earth) mobile, except B 5.461 air shipping mobile fixed meteorologic satellite (space-Earth) mobile, except B 5.461 air shipping mobile digital RRL: 7673-7897 MHz ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration PP Radiosaskarn RS FX. 070-the AS and CS: 7771 2PP-7799 MHz frequency band allocation "plan 1000.0 MHz-100 .0 GHz range "distinction AS allowed for use only marine radio equipment of the observation system of Lithuanian border along the Baltic Sea and Gulf of Riga coast to the border of Estonia. Private electronic communications networks 328. 7-7 900 MHz 850 FIXED mobile except air shipping mobile FIXED mobile except air shipping mobile 7673 – 7897 digital RRL: MHz ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration PP Radiosaskarn RS FX. 070-329 2PP. 7 900-8 025 MHz fixed fixed-SATELLITE (Earth-space) Mobile 5.461 fixed fixed satellites (Earth-space) Mobile Digital 5.461 RRL: 7900-8017-8500 MHz 7975 MHz, ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration RS 080PP Radiosaskarn PO FX.: 7961-AXLES 8000 MHz "frequency band allocation plan 1000.0 100.0 MHz-GHz range" bar divided into use only national defence AS : 8000-8017 MHz frequency band allocation "plan for 1000.0 100.0 MHz-GHz range" bar divided into use only national defence except in the band registered CSA grants this radio to RRL RRL for decommissioning the AS and CS: 8017-8025 MHz band "distribution plan 1000.0 100.0 MHz-GHz range" 330. 8 025-8 175 MHz Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) Mobile 5.463 5.462 Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) Mobile Digital 5.463 5.462 RRL: 8025 MHz ECC/REC/he-(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration RS 080PP Radiosaskarn PO FX. 331. 8 175-8 215 MHz, Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) METEOROLOGICAL satellites (Earth-space) Mobile 5.463 5.462 Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) METEOROLOGICAL satellites (Earth-space) Mobile Digital 5.463 5.462 RRL: 8025 MHz ECC/REC/he-(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration RS 080PP Radiosaskarn PO FX. 332. 8 215-8 400 MHz Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) Mobile 5.463 5.462 Earth exploration satellite (space-Earth) fixed fixed-SATELLITE (Earth-space) Mobile Digital 5.463 5.462 RRL: 8025-8327-8495 MHz he MHz/ECC/REC/(02) 06-recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration RS 080PP Radiosaskarn PO AXIS FX. : he-8327 MHz "frequency band allocation plan 1000.0 100.0 MHz-GHz range" bar divided into use only national defence 333. 400-500 MHz 8 8 FIXED mobile except air shipping mobile space research (space-Earth) 5.466 5.465 5.467 FIXED mobile except air shipping mobile space research (space-Earth) number: 8327 5.465 RRL-8495 MHz ECC/REC/(02) 06-the recommended channel design of digital systems in the fixed service that uses 7125-8500 MHz band configuration RS 080PP Radiosaskarn PO FX. "18. Replace annex 1 paragraph 392 fourth aisle in the third paragraph, the words ' SRD : 24,15 GHz 24, 25 "with text-" SRD: 24,05 to 24,25 GHz ". 19. To supplement annex 2 with 44, 45 and 46 of this.: "44. Radiosaskarn RS FX. 070-1 band-7282-7128 7240 MHz, 7394 MHz radio system configuration/usage of the Transmitted radio signal the EPP way digital radio stations programming recommendation CEPT ECC/REC (02) 06-Frekvenčdal duplex (FDD) radio stations step 1.75 MHz; 3.5 MHz; 7 MHz; 14 MHz; 28 MHz duplex separation of radio stations 154 MHz transmitter output power under specified standards e.i.r.p. ≤ 55 dBW depending on RR-RR radio frequency allocation 21.5 21.2 discovery way each station individually to use radio frequencies for additional conditions for the radio link length ≥ 10 km notes 45. Radiosaskarn RS FX. 070-2PP band 7428 – 7652 MHz, 7673-7897 MHz radio system configuration/usage of the Transmitted radio signal the EPP way digital radio stations programming recommendation CEPT ECC/REC (02) 06-Frekvenčdal duplex (FDD) step 7 MHz radio stations; 14 MHz; 28 MHz duplex separation of radio stations 245 MHz transmitter output power under specified standards e.i.r.p. ≤ 55 dBW depending on RR-RR radio frequency allocation 21.5 21.2 discovery way each station individually to use radio frequencies for additional conditions for the radio link length ≥ 10 km notes 46. Radiosaskarn RS. 2100 LUMENS No. PO box Parameters description additional terms 1. Radio service land mobile, fixed not defined 2. Radio system ground radio systems capable of providing electronic communications services, broadband wireless access to electronic communications services IM 3. 1920-1980 the band 2110-2170 MHz for MHz not defined 4. The design of the radio stations Frekvenčdal duplex (FDD) according to the European Commission in 2012 5. the decision of November 2012/688/EU on 1920-1980 MHz and 2110-2170 MHz frequency band for terrestrial systems of land needs the Union capable of providing electronic communications services (hereinafter decision 2012/688/EU) part A of the annex. The block size must be a multiple of 5.5 MHz Transmitted signal in digital form is not defined in the 6. Radio stations in the duplex separation 190 MHz is not defined in the 7. The transmitter output power (radiated) is determined individually for each radio frequency allocations 1. Base Station limit values within the block e.i.r.p. – According to the decision in 2012/688/EU of part B of annex 1. point 2. ārpusblok base station the e.i.r.p. limits, according to BEM decision 2012/688/EU Annex 2 of part B of the technical conditions 3 terminals, according to the EU decision 2012/688/part C of Annex 8. Conditions of use of the radio stations under the European Commission's decision in 2012/688/EU: Transmission frequency: 1920-1980 MHz FB ML: 2110-2170 MHz transponder transmitting base station/perception and ML and FB radio must provide sufficient protection of the blakusjosl system 9. Radio frequency allocation way of determining individual radio frequency allocation base station and base station Repeater does not have defined 10. The substantial additional requirements in accordance with the provisions of Directive 1999/5/EC paragraph 3 of article 3 are not defined not defined 11. Radio frequency planning conditions for the 2012/688/EU/ECC/DEC (06) 01 not defined "20. Express 3. part I of the annex hereto as follows:" (I) Group of Radio 1. GSM and UMTS/IMT-2000 standard public mobile radio system in Terminal 2. GSM-R railway mobile radio communication system Terminal 3. Mobile radio terminal equipment of the system that drives the system's base station or operating internationally in the DMO or AGA channels 4. A public electronic communications network, wireless access system for radio equipment that runs the system central station 5. DECT radio equipment which is not intended for public access services 6. CB radio equipment 7. PMR 446 PMR 446 radio equipment and digital communications or communications staff private electronic communications networks 8. The short-range devices (SRD) 8.1. Non-specific short-range devices (SRD not specific) 8.2. Measuring 8.3. Broadband data transmission devices 5.2. Rail Telematics devices 8.5. Transport and traffic telematics devices 8.6. Radionoteikšan device 8.7. Low duty cycle/high reliability devices 8.8. Model management 8.9. Inductive devices 8.10. Radiomikrofon and accessories for hearing impaired (ALDE) 8.11. Radio-identification (RFID) 8.12. Active medical implants 8.13. High cycle/continuous transmitting devices. Wireless audio applications for 8.14. Harmonised frequency bands and technical parameters of short-range devices 9. Space communications radio equipment 9.1. Mobile satellite system Terminal 1 to 3 GHz band 9.2. EUTELTRAC system of satellite communication VSAT OMNITRAC in 9.3. VSAT, LES and HES a satellite communications Terminal 9.4. Satellite personal communications systems (S-PCs) Terminal 10. Automotive short-range radar (SRR) 11. Ultra-Wideband (UWB) equipment 12. Intelligent transport system (its) equipment 13. Mobile communication equipment on the aircraft (MCA) "21. Express 3. in part II, paragraph 8 by the following:" 8. The short-range devices (SRD) national radio frequency plan included in the SRD in detail conditions of use ERC/REC 70-definitely 03 up-to-date version. Table technical requirements contain provisions in accordance with the European Commission in 2013 the decision of 11 December 2013/752/EU to the decision 2006/771/EC on the radio spectrum for use by short-range devices harmonization, ECC/ERC decisions and recommendations. 8.1. Non-specific short-range devices (SRD not specific) use Various short-range devices are accessible to any application that complies with the technical conditions (usually applications are remote, telemetry devices, alarm devices, data transmission device in general or similar use). 8.1.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 456,9 – 457,1 kHz technical parameters 8.14. Table 18 bar) (2006/771/EC, 2013/752/EU 2. 6765-6795 kHz technical parameters 8.14. table bar 22b) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 3. 13553-13567 kHz technical parameters 8.14. bar table 27c paragraph 4. 26957-27283 kHz technical parameters 8.14. section 28b of the bar table 5. 26990-27000 kHz technical parameters 8.14. the table in point bar, 29 6. 27040-8.14 56671 kHz the technical characteristics. the table in point bar, 30 7. 27090-27100 kHz technical parameters 8.14. the table in point bar, 31 8. 27140-27150 kHz technical parameters 8.14. the table in point bar, 32 9. 27190-27200 kHz technical parameters 8.14. bar table in point 33 10. 40,66-40.7 MHz technical specifications 8.14. the table in point bar 35 11. the 169,4 – 169,475 MHz technical specifications 8.14. section 37 c of the tables in the bar 2006/771/EC/EU, 2013 752/ECC/DEC/(06), ERC/REC 70-03 03 12. the 169,4 – 169,4875 MHz technical specifications 8.14. the table in point bar 38 13. 169,4875 – 169,5875 MHz technical specifications 8.14. bar table 39b point 14. 169,5875 – 169,8125 MHz technical specifications 8.14. the table in point bar, 40 15. 433,05-434,04 MHz technical specifications 8.14. bar table 44) (2006/771/EC, 2013/752/8.14 EU technical characteristics. bar table 44b of point 16. 434,04-434,79 MHz technical specifications 8.14. section 45 of the bar in the table technical parameters 8.14. section 45b of the bar table technical parameters 8.14. section 45 c of the tables in the bar 17. 863 – 865 MHz technical specifications 8.14. the table in point bar, 46 18. 865-868 MHz technical specifications 8.14. bar table in point 47 19. 868 868,6 MHz technical specifications-8.14. bar table 48 20 point. 868,7 – 869,2 MHz technical specifications 8.14. the table in point bar 50 21. 869,4-869,65 MHz technical specifications 8.14. section 54 of the bar in the table technical parameters 8.14. bar table 54b of point 22. 869,7 – 870 MHz technical specifications 8.14. section 56 of the bar in the table technical parameters 8.14. the table in point 56b bar 23. 2400 – 2483,5 MHz technical specifications 8.14. section 57 of the bar table 2006/771/EC, 2013/752/ERC/REC 70-EU 03 24. 5725-5875 MHz technical specifications 8.14. the table in point 61 25 bar. 24,05 to 24,25 GHz 100 mW e.i.r.p.       26.57-64 GHz specifications 8.14. bar table 74) (2006/771/EC, 2013/752/ERC/REC 70-EU 03 27. 61-61.5 GHz specifications 8.14. table joslā76 of point 28. 122-123 GHz specifications 8.14. the table in point bar 80 29. 244-246 GHz specifications 8.14. section 81 of the bar table 8.1.2. Common conditions of use, restrictions to this annex referred to in point 8.1.1. frequency bands and the conditions for their use, as well as informational data are recommended mainly for telemetry, remote control general data and other similar uses. Video signal transmission allowed just frequency bands over 2.4 GHz measuring 8.2 8.2.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. the 169,4 – 169,475 MHz technical specifications 8.14. section 37b of the bar table 2006/771/EC, 2013/752/EC, ECC/DEC/(06), ERC/REC 70-03 03 8.3. Broadband data transmission devices 8.3.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 2400-2483,5 MHz technical specifications 8.14. bar table 57c) (2006/771/EC, 2013/752/EC 2. 5150-5350 MHz the maximum average e.i.r.p. 200 mW. The maximum average e.i.r.p. density not greater than 10 mW/MHz in any 1 MHz band operating cycle: without restrictions. the bands 5250-5350 MHz band radio equipment provides dynamic frequency selection (DFS), which is the equivalent of Direktīvai1999/5/EC applicable harmonized standards for fixed and automatic transmitter power control (TPC) at least 6 dB. If TPC is not used, the maximum average power and the maximum average power density is reduced by 3 dB use only indoors 2005/513/EC, 2007/90/EC, ECC/DEC/(04) 08 3. 5470-5725 MHz, the maximum average e.i.r.p. of 1 W. The maximum average e.i.r.p. density not greater than 50 mW/MHz in any 1 MHz band operating cycle: without restrictions. Radio equipment provides dynamic frequency selection (DFS), which is the equivalent of Direktīvai1999/5/EKpiemērojam defined in the harmonised standards, and automatic transmitter power control (TPC) at least 6 dB. If TPC is not used, the maximum average power and the maximum average power density is reduced by 3 dB use indoors and outdoors 4. 57-66 GHz specifications 8.14. table bar 75) (2006/771/EC, 2013/752/EC 8.3.2. Common conditions of use, restrictions under this paragraph in the frequency bands for broadband data transmission systems and wireless access systems including radio local networks (WAS/rlans), and their conditions of use. Antenna integrated (no external antenna connection socket) or producer (dealer) specifically. The transmitter power is not allowed the use of the amplifier. With the equipment available to the user the maximum power of the radio equipment e.i.r.p. shall not exceed the values prescribed in paragraph 8.3.1. The band 5470-5725 MHz equipment referred to dynamic frequency selection (DFS) off function may not be available to the user. If the terminal does not exceed the maximum e.i.r.p. of 200 mW, DFS does not need them. 8.4. rail telematics equipment 8.4.1. technical requirements such that sub-band applications: "(a)" zone of the tālbarošan and lejuplīnij-balisi (train-land) systems, including eirobalis and the activation loop/eirocilp; "(b)" zone of balisi augšuplīnij (land-train) system, including eirobalis, center frequency 4234 KHz; "c" band loops augšuplīnij (land-train) system, including eirocilp.
  Frequency band power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use (a) – 42 dB µA 27090 27100 kHz/m 10 m Tālbarošan and lejuplīnij signal/eirobalis. balisi You can also use the loop/eirocilp's call-up. Central frequency kHz ERC/REC 70-27095 03 (b) 948-7484 kHz technical parameters 8.14. bar table 19) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 c 7300-23000 kHz technical parameters 8.14. section 23 (d) of table bar 76-77 GHz specifications 8.14. section 79 of the bar table 8.5. Transport and traffic telematics devices (TT) 8.5.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 5795-5805 MHz technical specifications 8.14. table 62 bar) (2006/771/EC, 2013/752/ERC/REC 70-03 EU 8 W e.i.r.p.   Need individual authorisation 2. 5805-5815 MHz 2 W e.i.r.p. 8 W e.i.r.p.   Need individual authorisation 3. 24,05-24,075 GHz specifications 8.14. bar table 66) (2006/771/EC, 2013/752/EU 4. 24,075 24,15 GHz technical characteristics-8.14. the table in point bar 69 5. 24,075-24,150 GHz specifications 8.14. section 69b of the bar table 6. 24,25 24,15 GHz specifications 8.14. section 70b of the bar table 7. 24, 25 – 24,495 GHz specifications 8.14. the table in point bar, 71 8. 24, 25:24.5 GHz specifications 8.14. the table in point bar, 72 9. 24,495-24.5 GHz specifications 8.14. the table in point bar, 73 10. 63-64 GHz specifications 8.14. the table in point bar, 77 11. 76-77 GHz specifications 8.14. the table in point bar 79 8.5.2. Common conditions for 8 W e.i.r.p. limits allowed to use data transmission with a speed of 1 Mb/s, 2 W e.i.r.p. permitted to transmit data at a speed of 500 kb/s, 250 kbit/s lejuplīnij and augšuplīnij, as well as small data rate (31 kb/s), as specified in the/REC 70-03. HEARTS 8.6. Radionoteikšan device 8.6.1. technical requirements laid down in this subparagraph band , regulatory and informational characteristics of radionoteikšan devices, SRD including SRD radar systems for the detection of movement and alarm signals. Radionoteikšan is defined as an object, the speed and other characteristics, as well as establishing the collection of information on these parameters, using the radio propagation characteristics. Tank level probing radar (TLPR) is a special type of radionoteikšan use, used to measure the level in the tank, and installed metal or reinforced concrete tanks or similar equipment made of material with comparable indicators of attenuation. The tank is intended for storage of the substance. Tank level probing radar (TLPR) maximum power refers to the closed tank inside and comply with the spectral density 41.3 dBm/MHz e.i.r.p., outside the 500 litre kontroltvertn.
Nr. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 2400-2483,5 MHz technical specifications 8.14. Section 57b of the bar table 2006/771/EC/EU, 2013 752/ECC/DEC/(01), ERC/REC 70 08-03 2. 4500-7000 MHz technical specifications 8.14. bar table 60) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 3. 6000-8500 MHz technical specifications 8.14. bar table 63) (2006/771/EC, 2013/752/EU, ECC/DEC/(11) 02 4. 8500-10600 MHz technical specifications 8.14. table bar 64) (2006/771/EC, 2013/752/ERC/REC 70-EU, 03 5. 9200, 9500 MHz, 25 mW e.i.r.p.     ERC/REC 70-03 6. 9500-9975 MHz 25 mW e.i.r.p.     10.5-10.6 GHz 7 500 mW e.i.r.p.     8.13,4-14.0 GHz 25 mW e.i.r.p.     9.17.1-17.3 GHz specifications 8.14. bar table 65) (2006/771/EC, 2013/752/ERC/REC 70-EU 03 10. 24,05 to 24,25 GHz 100 mW e.i.r.p.     ERC/REC 70-03 11. 24,05-26.5 GHz Technical parameters of 8.14. bar table 67) (2006/771/EC, 2013/752/EU, ECC/DEC/(11) 02 12. 24,05 – 27,0 GHz specifications 8.14. bar table in point 68 2006/771/EC, 2013/752/ERC/REC 70-EU 03 13. 57,0 — 64,0 GHz specifications 8.14. section 74b bar in the table technical parameters 8.14. the tables in the bar section 74 c 2006/771/EC, 2013/752/EU, ECC/DEC/(11) 02 14. 75.0, 85.0 GHz specifications 8.14. table bar 78) (technical characteristics of 8.14. the tables in the bar section 78b 2006/771/EC, 2013/752/ERC/REC 70-EU 03 8.7. operating cycle low/high-reliability devices 8.7.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. – 868,600 868,700 MHz technical specifications 8.14. bar table 49) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 2. 869,250-8.14 869,300 MHz technical specifications. the table in point bar 52 3. 869,300 – 869,400 MHz technical specifications 8.14. the table in point bar 53 4. 869,650-8.14 869,700 MHz technical specifications. the table in point bar, 55 5. 869,200 – 869,250 MHz technical specifications 8.14. the table in point bar 51. Common conditions 8.7.2, limits the devices for alarm – 868,600 868,700 MHz; 869,250-869,300 MHz; 869,300 – 869,400 MHz; 869,650-social anxiety 869,700 MHz. devices intended for the 869,250 MHz band – 869,200. Antenna integrated (no external antenna connection socket) or specifically. 5.5. management models 8.8.1. technical requirements this category includes devices used to control model (mostly miniature avatar vehicle) movement in the air, on the ground, above the water surface or beneath it.
Nr. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 26-27 000 990 kHz technical parameters 8.14. table 29 bar) (2006/771/EC, 2013/752/EU 2. 27 040 050-27 kHz technical parameters 8.14. bar table 30 3 point. 27-27 100 090 kHz technical parameters 8.14. the table in point bar, 31 4. 140-150 27 27 kHz technical parameters 8.14. the table in point bar, 32 5. 27 190-200 kHz technical specifications 27 8.14. bar table in point 33 6. – 100 mW e.r.p. 34,995 35,225 MHz Channel step 10 kHz Only model management (01)/DEC/HEARTS 11 ERC/REC 70-03, 7. 40.665 MHz; 40.675 MHz; 40.685 MHz; 40.695 MHz; 40.715 MHz; 40.725 MHz; 40.735 MHz; 40.765 MHz; 40.775 MHz; 40.785 MHz; 40.815 MHz; 40.825 MHz; 40.835 MHz; 40.865 MHz; 40.875 MHz; 40.885 MHz; 40.915 MHz; 40.925 MHz; 40.935 MHz; 40.965 MHz; 40.975 MHz; 40.985 MHz 100 mW e.r.p. Channel step 10 kHz 8.8.2. Common conditions of use, limitations or special built-in antenna. Frequency bands not harmonised, however the use of frequencies that are listed in the table of parameters are common to most countries in the CEPT. The band is not intended for exclusive use of that application. Use the table of channels 7 banners equated with certain parameters set in most countries of the CEPT. 8.9. Inductive devices 8.9.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 9 – 59,750 kHz technical parameters 8.14. table bar) (2006/771/EC 1, 2013/752/EU 2. 59,750-60,250 kHz technical parameters 8.14. section 3 3 of the table in the bar. 60,250 – 74,750 kHz technical parameters 8.14. the table in point bar, 4 4. 74,750 – 75,250 kHz technical parameters 8.14. section 5 5 of the table in the bar. 75,250 – 77,250 kHz technical parameters 8.14. bar table in point 6 6. 77,250-8.14 77,750 kHz the technical characteristics. bar table in point 7 7. 77,750 90 kHz technical parameters 8.14. bar table in point 8 8. 90-120 kHz technical parameters 8.14. the point bar table 9 9. 119-128,6 kHz technical parameters 8.14. bar table in point 10 10. 128,6-129,6 kHz technical parameters 8.14. bar table in point 11 11. 129,6-135 kHz technical parameters 8.14. bar table in point 12 12. 135-140 kHz technical parameters 8.14. bar table in point 13 13. 140-148.5 kHz technical parameters 8.14. bar table in point 14 14. 148.5-5 000 kHz technical parameters 8.14. the table in point 15 15 bar. 3 155-3 400 kHz technical parameters 8.14. the table in point bar, 20 16. 5 000 – 30 000 kHz technical parameters 8.14. the point bar table 21 17. 765-6 795 kHz 6 technical characteristics 8.14. Table 22 bar) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 18. 7 – 8 800 400 kHz technical parameters 8.14. the table in point bar, 24 19. 10-11 200 000 kHz technical parameters 8.14. bar table 25 20 point. 13 553-567 kHz 13 technical specifications 8.14. the table in point 27 of 21 bar. 26-27 283 981 kHz technical parameters 8.14. section 28 of the table bar 8.9.2. Common conditions, restrictions of use users should note that the inductive equipment emissions can cause interference to other radio services in the nearby receivers. Special attention should be paid to the more stringent protection requirements frequency bands which, in certain global shipping hazard and safety communications systems (GMDSS), as well as their blakusjosl. 8.10. Radiomikrofon devices and hearing aids (ALDE) the point in sub-band 8.10.1. designed for the following devices: assistive devices hearing aids: sub-band b, c, d, h1, h2, i. Radiomikrofon: sub-band a, c, d, e, e1, e2, e3, e4, f, g, g1. 8.10.1. Technical requirements for the frequency band power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding conditions a 29.7-47 MHz 10 mW e.r.p. Channel step up to 50 kHz Pārskaņojam ERC/REC 70 devices-03 b-174,015 MHz 2 mW e.r.p. 173,965 Channel step up to 863-865 MHz 50 kHz c 10 mW e.r.p.     (d) 174-216 MHz, 50 mW e.r.p.   Pārskaņojam devices. Need individual authorisation (e) 470-862 MHz, 50 mW e.r.p.   Pārskaņojam devices. Need individual authorisation. Closing questions, paragraph e1-39 470 786 MHz 50 mW e.r.p.   Pārskaņojam devices. Need individual authorisation. Closing questions, paragraph 40 the ECC/DEC/(06), ERC/REC 70-03, 03-12 e2 786 789 MHz mW e.r.p.   Pārskaņojam devices. Need individual authorisation. ECC/DEC/(06) 03 3.3.1 the requirements referred to in part. Closing questions, paragraph 40 823 – 826 MHz for e3 20 mW e.i.r.p. 100 mW e.i.r.p. Channel step up to 200 kHz Pārskaņojam devices. Need individual authorisation. 100 mW e.i.r.p. power only allowed to wear body microphones. ECC/DEC/(06) 03 3.3.1 the requirements referred to in part. Closing questions, paragraph 40 826-832 MHz 100 mW e4 e.i.r.p. Channel step up to 200 kHz Pārskaņojam devices. Need individual authorisation. ECC/DEC/(06) 03 3.3.1 the requirements referred to in part. Closing questions, paragraph 40 (f) 1785-1795 MHz 20 mW e.i.r.p. 50 mW e.i.r.p.   Pārskaņojam devices. Need individual authorisation. 50 mW limit wearable microphones on 1795-1800 MHz 20 g mW e.i.r.p. 50 mW e.i.r.p.   Pārskaņojam devices. 50 mW limit wearable microphones on g1 20 mW e.i.r.p. 1800 MHz 1804,8 50 mW e.i.r.p.   Pārskaņojam devices. 50 mW limit wearable microphones on h1 169,4 – 169,475 MHz technical specifications 8.14. section 37 of the bar table accessories hearing-impaired (ALDE) 2006/771/EC/EU, 2013 752/ECC/DEC/(06), ERC/REC 70-03 03 h2 169,4875 – 169,5875 MHz technical specifications 8.14. the table in point 39 of accessory bar hearing-impaired (ALDO) i 169,4 174,0 MHz 10 mW e.r.p. Channel step up to 50 kHz Pārskaņojam device/REC 70-03 HEARTS 8.11. Radio for identification (RFID) 8.11.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 400-600 kHz technical parameters 8.14. table 17 bar) (2006/771/EC, 2013/752/EU 2. 13553-13567 kHz technical parameters 8.14. section 27b of the bar table 3. 3117-2454 MHz technical specifications 8.14. table bar 58) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 4. 865-865,6 MHz 100 mW e.r.p. 200 kHz channel step 2006/804/EC, ERC/REC 70-03 5. 865,6 – 867,6 MHz 2 W e.r.p. 200 kHz channel step 6. 867,6-868 MHz, 500 mW e.r.p. 200 kHz channel step 8.11.2. Common conditions of use, restrictions, 865,6 865 MHz; 865,6 – 867,6 MHz; 867,6-868 MHz frequency band should note that the channel central frequency is 864.9 MHz + (0.2 MHz x channel number). 865-865,6 MHz band channel numbers 1 to 3; 865,6-867,6 MHz band channel numbers from 4 to 13; 867,6-868 MHz band channel numbers are 14 and 15.8.12. Active medical implants 8.12.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. 9-315 kHz technical parameters 8.14. table bar) (2006/771/EC 2, 2013/752/EU 2. 315-600 kHz technical parameters 8.14. bar table 16) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 3. 12500-20000 kHz technical parameters 8.14. table bar) (2006/771/EC 26, 2013/752/EU 4. 30.0-37.5 MHz technical specifications 8.14. Table 34 bar) (2006/771/EC, 2013/752/ERC/REC 70-EU, 03 5. 402-405 MHz technical specifications 8.14. bar table 42) (2006/771/EC, 2013/752/EU 6. 401-402 MHz technical specifications 8.14. bar table in point 41 7. 405-406 MHz technical specifications 8.14. the table in point bar – 2483,5 MHz 2,500 43 8 technical characteristics 8.14. bar table 59) (2006/771/EC, 2013/752/ERC/REC 70-EU 03 8.13. High continuous operating cycle/broadcasting equipment. Wireless audio applications 8.13.1. No technical requirements. PO box Frequency josla1 power limit/limit the field strength/power density robežvērtība2 additional parameters (channel sorting and (or) channel access and occupancy rules) 3 other ierobežojumi4 use the Binding terms of use 1. e. 87,5-108,0 MHz technical specifications 8.14. bar table 36) (2006/771/EC, 2013/752/ERC/REC 70 EU-03 2. 863 – 865 MHz technical specifications 8.14. bar table 46b of point 3. 864,8-865 MHz 10 mW e.r.p. Channel step 50 kHz Analog narrowband voice ERC/REC 70 device-03 4. 1795-1800 MHz 20 mW e.i.r.p.    
8.13.2. Common conditions of use, restrictions on wireless devices to transmit sound signals include cordless speakers, cordless headphones, cordless headset portable use (such as a portable CD, cassette or radio, carried in person), the cordless headphones for use with the car radio or mobile phone and other devices, ear-boxed monitoring devices for use in concerts and performances. Analog narrowband voice communication devices (for example, child voice monitors, door opening systems) use only 864,8-865 MHz band. The notes. 1 the specified frequency blakusjosl is authorised for use as a single band, provided every single frequency for the specific conditions laid down blakusjosl. 2 allowed the use of the radio spectrum to the table for the specified transfer capacity, field strength or power density value. In accordance with decision 2006/771/EC paragraph 3 of article 3 may be to implement less restrictive conditions, allowed the use of the radio spectrum with greater transmission capacity, field strength or power density. 3 to provide only such additional parameters (channel sorting and (or) channel access and occupancy rules). As additional parameters are not allowed to set other parameters or requirements for access to the radio spectrum and interference reduction. Less restrictive conditions, decision 2006/771/EC article 3 for the purposes of paragraph means that Member States may completely withdraw from the column on the specified "additional parameters (channel sorting and (or) channel access and occupancy rules)" allow higher values. 4 to provide only those "other use" and may not impose additional restrictions on use. Whereas it may adopt less restrictive conditions decision 2006/771/EC paragraph 3 of article 3, Member States may waive one or all of the said limits. The operating cycle is active in broadcasting equipment, the percentage of time in one hour. Less restrictive conditions, decision 2006/771/EC article 3 for the purposes of paragraph means that allowed greater "lifecycle". Frequency bands for the radio channel network to step in, the first and last channel central frequency is located pussoļ away from one of the specified zone. " 22. the supplement to annex 3 8.14. subparagraph by the following: "harmonised frequency band 8.14. and technical parameters of short-range devices 8.14.1. Short-range devices in the terms used in the description of the band-this table shows the frequency of blakusjosl should be allowed to use as one of the frequency bands, if any single frequency for the specific conditions laid down blakusjosl. Short-range devices category-decision 2006/771/EC paragraph 3 of article 2 laid down in it. Transmission power limit/field strength limit value/power density threshold to be permitted to use the spectrum to this table for the specified transfer capacity, field strength or power density value. In accordance with decision 2006/771/EC paragraph 3 of article 3 may be put to less restrictive conditions, i.e., permit the use of spectrum with greater transmission capacity, field strength or power density, if it does not prejudice or jeopardise the short-range devices due to bands that harmonized coexistence with this decision. Additional parameters (channel sorting and/or channel access and occupancy rules) – may be just these "additional parameters (channel sorting and/or channel access and occupancy rules)", but may not be in addition to the set other parameters or requirements for access to the spectrum and interference reduction. Less restrictive conditions, decision 2006/771/EC article 3 for the purposes of paragraph 3 of the means that may be completely withdraw from the column on the specified "additional parameters (channel sorting and/or channel access and occupancy rules)" allow higher values if one is not compromised in the shared environment harmonized band. Other use restrictions – may be only those "other restrictions on use", but may not impose additional restrictions on use. Whereas it may adopt less restrictive conditions decision 2006/771/EC article 3, paragraph 3, may refuse any or all of these restrictions, if one is not limited to shared environment harmonized band. Limit-cycle "duty cycle" are separate devices active in the transmitting time percentage of one hour. Less restrictive conditions, decision 2006/771/EC paragraph 3 of article 3 for the purposes of means that may allow a higher "duty cycle" value. 8.14.2. technical requirements bar No. Band of short-range devices category power limit/limit the field strength/power density limits for the additional parameters (channel sorting and/or channel access and occupancy rules) other use restrictions 1 9-ierīces14 72 dΒμΑ of Inductive 59,750 kHz/m at a distance of 10 m 2 9-315 kHz active medical implanti7 30 dΒμΑ/m at a distance of 10 m operating cycle threshold of 10%, this set of conditions of use apply only to active implantable medical devices – the 3 kHz 59,750 60,250 Inductive ierīces14 dΒμΑ/42 m 10 m 4-ierīces14 of Inductive 60,250 74,750 kHz dΒμΑ/72 m 10 m 5-ierīces14 of Inductive 74,750 75,250 kHz dΒμΑ/42 m 10 m 5-ierīces14 of Inductive 75,250 77,250 kHz dΒμΑ/72 m 10 m 7-ierīces14 of the 77,250 77,750 kHz Inductive dΒμΑ/m 10 42 m 8 kHz-90 ierīces14 of Inductive 77,750 72 dΒμΑ/m at a distance of 10 m 90-119-9 kHz dΒμΑ/42 ierīces14 m Inductive 10 m 10-kHz-ierīces14 119 128,6 Inductive 66 dΒμΑ/m at a distance of 10 m 11-129,6 128,6 kHz Ierīces14 dΒμΑ/42 m of inductive 10 m 12-135 kHz-ierīces14 Inductive 129,6 66 dΒμΑ/m at a distance of 10 m 13 135-140 kHz of the 42 dΒμΑ ierīces14/Inductive m 10 m 14 140-ierīces14 dΒμΑ Icp-37.7 148.5 kHz/m 10 m 15-5 000 kHz 148.5 17 ierīces14-15 dΒμΑ of Inductive/m at a distance of 10 m in any 10 kHz bandwidth. In addition, the total field intensity is-5 dΒμΑ/m at a distance of 10 m systems operating in the bands that are wider than the 10 kHz-600 kHz 16 315 active medical implanti1-5 dΒμΑ/m at a distance of 10 m operating cycle threshold of 10%, this set of conditions of use apply only to animals of implantable ierīcēm2 17 400-600 kHz radio frequency identification devices (RFID) 12-8 dΒμΑ/m at a distance of 10 m 18 456,9 – 457,1 kHz is not specific to the short-range ierīces3 10 dBμ/m 7 m This conditions of use generally only applies to devices of the victim and the flush of valuable belongings to the ascension in exceptional circumstances, 19-7 484 98 kHz Transport and traffic telematics ierīces13 9 dΒμΑ/m at a distance of 10 m operating cycle threshold of 1%, this set of conditions of use apply only to the data transmission of eirobalis in the presence of the train, with 27 MHz band for tālbarošan 20 3-3 400 kHz Inductive of 155 ierīces14 dΒμΑ/13.5 m 10 m 21 5 000 – 30 000 kHz18 ierīces14-20 dΒμΑ of Inductive/m at a distance of 10 m in any 10 kHz bandwidth. In addition, the total field intensity is-5 dΒμΑ/m at a distance of 10 m systems operating in the bands that are wider than 10 kHz 22 6 6 795 kHz of 765-42 ierīces14 dΒμΑ/m Inductive 10 m 22b 765-6 795 kHz 6 non-specific in the short-range ierīces3 42 dΒμΑ/m at a distance of 10 m 23 7 300 000 kHz-23 Transport and traffic telematics-ierīces13 7 dΒμΑ/m at a distance of 10 m Antenna restrictions are applied it as determined in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to the eirocilp data transmission in the presence of the train, with 27 MHz band for 400-800 tālbarošan 24 7 8 9 dΒμΑ/ierīces14 of Inductive kHz m 10 m 25 10-11 000 200 kHz ierīces14 9 dΒμΑ/m of Inductive 10 m 26 12 500 – 20 000 kHz active medical implanti1-7 dΒμΑ/m 10 m 10 kHz band operating cycle 10% limit This use set of conditions apply only to animals Implantable devices to use telpās2 27 13 553-567 kHz 13 42 ierīces14 dΒμΑ/m of Inductive 10 m 27b 13 553-567 13 kHz radio frequency identification devices (RFID) 12 60 dΒμΑ/m at a distance of 10 m 27c 553 13:13 kHz into 567 Not specific the short-range ierīces3 42 dΒμΑ/m at a distance of 10 m 28 26-27 of 283 kHz Inductive 957 ierīces14 dΒμΑ 42/m 10 m 28b 26-27 283 kHz non-957-small the short-range ierīces3 10 mW the effective radiated power (the e.r. p.) corresponding to 42 dΒμΑ/m at a distance of 10 m 29 26 990-27 000 kHz is not specific to the short-range ierīces3 100 mW e.r.p. Operating cycle limit 0.1% of the models the control device can function without operating cycle – 27 kHz 30 27 040 050 ierobežojumiem11 non-specific in the short-range ierīces3 100 mW e.r.p. Operating cycle limit 0.1% of the models the control device can function without operating cycle ierobežojumiem11 090 31 27-27 100 kHz is not specific to the short-range ierīces3 100 mW e.r.p. Operating cycle limit 0.1% of the models the control device can function without operating cycle – 150 kHz ierobežojumiem11 27 32 27 140 non-specific in the short-range ierīces3 100 mW e.r.p. Operating cycle limit 0.1% of the models the control device can function without operating cycle ierobežojumiem11 190 200 kHz-27 33 27 non-specific in the short-range ierīces3 100 mW e.r.p. Operating cycle limit 0.1% of the models the control device can function without operating cycle ierobežojumiem11 34 30-37.5 MHz active medical implanti1 1 mW e.r.p. Operating cycle of the 10% threshold, this set of conditions of use apply only to blood pressure measurement in particular for the low-power medical membrane implants of Directive 90/385/EEC active implantable medical devices definition robežās7 35-40.7 MHz Not specific 40,66 the short-range ierīces3 10 mW e.r.p.   Except for e. 87,5-108 MHz videolietojum 36 high/continuous operating cycle ierīces8 broadcasting 50 mW e.r.p. Channel step does not exceed 200 kHz, this set of conditions of use apply only to transmitters with analog frequency modulation (FM) 37 169,4 169,475 MHz accessories hearing-impaired (ALDE) 4 500 mW e.r.p. Channel step up to 50 kHz 169,475 MHz Mērierīces5 37b 169,4 to 500 mW e.r.p. Channel step up to 50 kHz. Operating cycle 10.0% of the limit value for the 169,4 – 37 c 169,475 MHz are not specific to the short-range ierīces3 500 mW e.r.p. Channel step: no more than 50 kHz. Operating cycle 1.0% of the limit value for the 169,4 – 169,4875 MHz 38 non-specific in the short-range ierīces3 10 mW e.r.p. To access the radio frequency spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Operating cycle limit 0.1% of the 169,4875-169,5875 MHz 39 accessories hearing-impaired (ALDE) 4 500 mW e.r.p. Channel step up to 50 kHz 169,5875 MHz 169,4875 39b-Not specific to the short-range ierīces3 10 mW e.r.p. To access the radio frequency spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Operating cycle 0.001% of limit value 00.00 to 06.00 local time you can use the cycle threshold 0.1% 40 169,5875 – 169,8125 MHz is not specific to the short-range ierīces3 10 mW e.r.p. To access the radio frequency spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Operating cycle limit 0.1% 41 401-402 MHz active medical implanti1 25 μW e.r.p. Channel step 25 kHz. individual transmitters may combine adjacent channels to increase bandwidth up to 100 kHz. to gain access to the radio spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% duty cycle limits step 25 kHz channels. individual transmitters may combine adjacent channels to increase bandwidth up to 100 kHz. to gain access to the radio spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% operating cycle 42 402-405 MHz limit active medical implanti1 25 μW e.r.p. Channel step 25 kHz. individual transmitters may combine adjacent channels to increase bandwidth up to 300 kHz. To access the radio spectrum or reduce disruption, including bandwidth, greater than 300 kHz, you can use other technical methods, if the end results are at least equivalent to the results obtained with the techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted to ensure interoperability with other users and especially with The use of any of the radiozond set of conditions applies only to active implantable medical devices – 405 406 MHz 43 active medical implanti1 25 μW e.r.p. Channel step 25 kHz. individual transmitters may combine adjacent channels to increase bandwidth up to 100 kHz. to gain access to the radio spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% duty cycle limits step 25 kHz channels. individual transmitters may combine adjacent channels to increase bandwidth up to 100 kHz. to gain access to the radio spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% threshold operating cycle – Not the 433,05 434,04 44 MHz specific short-range ierīces3 of 1 mW e.r.p. and power density-13 dBm/10 kHz modulation with bandwidth greater than 250 kHz voice applications are allowed to use with advanced interference mitigation techniques except for videolietojum and audiolietojum-434,04 MHz 433,05 44b Not specific the short-range ierīces3 10 mW e.r.p. Duty cycle 10% threshold excluding analog audiolietojum non-voice applications. With the exception of the 434,04 analog videolietojum 45-434,79 MHz is not specific to the short-range ierīces3 1 mW e.r.p. and power density-13 dBm/10 kHz modulation with bandwidth greater than 250 kHz voice applications are allowed to use with advanced interference mitigation techniques except for videolietojum and audiolietojum 434,04-434,79 MHz 45b Not specific the short-range ierīces3 10 mW e.r.p. Duty cycle 10% threshold excluding analog audiolietojum non-voice applications. With the exception of 45 c 434,04 videolietojum analog-434,79 MHz is not specific to the short-range ierīces3 10 mW e.r.p. Operating cycle, 100% of the limit value for the channel step not exceeding 25 kHz. Voice applications allowed to use with advanced interference mitigation techniques except for the audiolietojum and videolietojum 863-865 MHz Not 46 specific short-range ierīces3 of 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% duty cycle limits except the analog audiolietojum non-voice applications. With the exception of the videolietojum analog-865 MHz 46b 863 high cycle/continuous broadcasting ierīces8 10 mW e.r.p.   This set of conditions of use applies only to wireless audiovid and media streaming devices – 868 MHz 868 47 did not specific the short-range ierīces3 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use a 1% duty cycle limits except the analog audiolietojum non-voice applications. Except for videolietojum 48 analog 868-specific small Not 868,6 MHz range ierīces3 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use a 1% duty cycle limits except for 868,6-videolietojum analog 49 MHz low cycle 868,7/high-reliability ierīces15 10 mW e.r.p. Step 25 kHz channels: all band can also be used as a single channel high speed data transmission. Operating cycle 1.0% of the limit value for This set of conditions of use only applies to alarm systems 868,7-869,2 50 MHz is not specific to the short-range ierīces3 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% duty cycle limits except for 51 869,2-videolietojum analog 869,25 MHz low cycle/high-reliability ierīces15 10 mW e.r.p. Channel step 25 kHz. Operating cycle: 0.1% of the limit value for This set of conditions of use apply only to social anxiety ierīcēm6 52 869,25-869,3 MHz low cycle/high-reliability ierīces15 10 mW e.r.p. Channel step 25 kHz. Operating cycle: 0.1% of the limit value for This set of conditions of use only applies to alarm systems 869,3-low 53 869,4 MHz operating cycle/high-reliability ierīces15 10 mW e.r.p. Channel step 25 kHz. Operating cycle: 1.0% of the limit value for This set of conditions of use only applies to alarm systems-869,65 MHz 869,4 54A Not specific the short-range ierīces3 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use 0.1% duty cycle limits except the analog audiolietojum non-voice applications. With the exception of the videolietojum analog-869,65 MHz Not 869,4 54b specific short-range ierīces3 500 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use the 10% duty cycle limits except for 55 869,65-videolietojum analog 869,7 MHz low cycle/high reliability ierīces15 25 mW e.r.p. Channel step 25 kHz. Operating cycle: 10% of the limit value for This set of conditions of use apply only to the alarm systems of 869,7-870 MHz 56 non-specific in the short-range ierīces3 5 mW e.r.p. Voice applications are allowed to use with advanced interference mitigation techniques except for videolietojum and audiolietojum 869,7-870 MHz 56b is not specific to the short-range ierīces3 25 mW e.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. As an alternative, you can also use a 1% duty cycle limits except the analog audiolietojum non-voice applications. With the exception of 2 analog videolietojum 57 400-2 483.5 MHz are not specific to the short-range ierīces3 10 mW equivalent isotropic radiated power (e.i.r.p.) 57b-2 483.5 2 400 MHz Radionoteikšan ierīces9 25 mW e.i.r.p. of     57c 2 400 to 2 483.5 MHz broadband data transmission ierīces16 100 mW and 100 mW e.i.r.p./100 kHz e.i.r.p. density of use frequency modulation of jumping; 10 mW/MHz e.i.r.p. density, if using other types of modulation to access spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted 58 2 446-2 454 MHz radio frequency identification devices (RFID) 12 500 mW e.i.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted 59 2 483,5-2 500 MHz active medical implanti1 10 mW e.i.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Channel step 1 MHz. frequency band can also be used dynamically as one common channel for high-speed data transmission. Operating cycle of the 10% threshold, this set of conditions of use apply only to active implantable medical devices. The peripheral control unit is only for use in rooms 60 4 500 000 MHz Radionoteikšan of ierīces9-7 24 19 dBm e.i.r.p. for access to spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to tank level probing 61 5 725 5 875 MHz radariem10-Not specific to the short-range ierīces3 25 mW e.i.r.p.     62 5 795 – 805 MHz 5 Transport and traffic telematics ierīces13 2 W e.i.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This general conditions of use apply only to road use charging uses 500 MHz Radionoteikšan 63 6 000-8-7 ierīces9 dBm/50 MHz maximum 33 dBm/MHz e.i.r.p. and-average e.i.r.p. You must use the automatic control and aerial power transmission requirements, as well as equivalent techniques for access to spectrum and interference mitigation which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to level probing radar. Respected exclusive zone around the sites of radio astronomy 10 600 MHz 64 8 500 – Radionoteikšan ierīces9 19 of 30 dBm e.i.r.p. for access to radio spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to tank level probing 17.1 17.3 GHz Radionoteikšan radariem10 65-26 dBm e.i.r.p. of ierīces9 To access the radio frequency spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to systems that are based on the land-24,075 24,05 66 GHz Transport and traffic telematics ierīces13 100 mW e.i.r.p.     67 GHz Radionoteikšan ierīces9 24,05 26,5-26 dBm/MHz e.i.r.p. 50 maximum and-14 dBm/MHz e.i.r.p. in the medium You must use the automatic control and aerial power transmission requirements, as well as equivalent techniques for access to spectrum and interference mitigation which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to level probing radar. Respected exclusive zone around the sites of radio 68-27 GHz Radionoteikšan ierīces9 of 24,05 43 dBm e.i.r.p. 19 to access spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to tank level probing of 24,15 GHz radariem10 69 24,075-Transport and traffic telematics ierīces13 100 mW e.i.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Retention time and frequency modulation range of applicable, as laid down in the harmonised standards, this set of conditions of use apply only to vehicles on the radar based on the land-24,075 24,15 GHz 69b Transport and traffic telematics ierīces13 0.1 mW e.i.r.p.     the 24,05 to 24,25 GHz 70 non-specific in the short-range ierīces3 100 mW e.i.r.p.     70B 24,15 GHz 24,25 Transport and traffic telematics ierīces13 100 mW e.i.r.p.     24, 25-71 GHz Transport and traffic 24,495 telematics ierīces13-11 dBm e.i.r.p. To access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Limit values and operating cycle frequency modulation range of application, as laid down in harmonised standards, this set of conditions of use apply only to vehicles on the radar based on Earth and fuelled the harmonized 24 GHz frequency range-24.5 GHz 24, 25 72 Transport and traffic telematics ierīces13 20 dBm e.i.r. p. (a forward radar), 16 dBm e.i.r. p. (back facing the radar) to access the spectrum and reduce interference You must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted. Limit values and operating cycle frequency modulation range of applicable, as laid down in the harmonised standards, this set of conditions of use apply only to vehicles on the radar based on Earth and fuelled the harmonized 24 GHz frequency range-24.5 GHz 24,495 73 Transport and traffic telematics-ierīces13 8 dBm e.i.r.p. -8 dBm e.i.r.p. This set of conditions of use apply only to vehicles on the radar based on Earth and fuelled the harmonized 24 GHz frequency range 74 57-64 GHz is not specific to the short-range ierīces3 100 mW e.i.r.p., maximum transmission power 10 dBm e.i.r.p. and the maximum power spectrum density in dBm/MHz 13 57-64 GHz Radionoteikšan 74b ierīces9 43 dBm e.i.r.p. of 19 to access spectrum and reduce interference You must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to tank level probing radariem10 74 c 57-64 GHz Radionoteikšan-ierīces9 35 dBm/50 MHz maximum e.i.r.p. and-2 dBm/MHz e.i.r.p. in the medium You must use the automatic control and aerial power transmission requirements, as well as equivalent techniques for access to spectrum and interference mitigation which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to the level of probing radar 75 57-66 GHz Broadband data transmission ierīces16 40 dBm e.i.r.p. and 13 dBm/MHz e.i.r.p. density to access spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted except for fixed outdoor installation 76 61-61.5 GHz Not specific the short-range ierīces3 100 mW e.i.r.p.     77 63-64 GHz Transport and traffic telematics ierīces13 40 dBm e.i.r.p.   This set of conditions of use apply solely to the vehicle, the vehicle, the vehicle-infrastructure and vehicle-infrastructure systems 78 75-85 GHz Radionoteikšan ierīces9 of 34 dBm/50 MHz maximum e.i.r. p. and-3 dBm/MHz e.i.r.p. in the medium You must use the automatic control and aerial power transmission requirements, as well as techniques for access to spectrum and interference mitigation which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to level probing radar. Respected exclusive zone around the sites of radio astronomy-85 GHz Radionoteikšan-78b 75 43 dBm e.i.r.p. 19 ierīces9 to access the spectrum and mitigate interference, you must use techniques which are at least equivalent techniques laid down in accordance with Directive 1999/5/EC harmonised standards adopted This set of conditions of use apply only to tank level probing radariem10 79 76-77 GHz the Transport and traffic telematics ierīces13 dBm e.i.r.p. and 50-55 dBm maximum average e.i.r.p. and dBm e.i.r.p. 23.5 average pulse radar This set of conditions of use apply only to vehicles and infrastructure systems that are based on 122-123 GHz land 80 Not specific the short-range ierīces3 100 mW e.i.r.p.     244-246 GHz 81 non-specific in the short-range ierīces3 100 mW e.i.r.p.    
The notes. 1 active medical implant category apply to active implantable medical devices, radiokomponent for total or partial surgical or medical put the human or animal body, and, where appropriate, to the peripherals. 2 implantable device for the animals – the relay is inserted into the animal's body to perform diagnostic functions and/or therapy. 3 No specific short-range devices category includes radio regardless of usage or purpose that complies with the technical conditions laid down in the relevant frequency band. Typical uses are telemetry, remote control, alarm, data transmission and other general applications. 4 auxiliary devices hearing aids (ALDE) category includes radio system, which improves hearing disabled dzirdētspēj. Such a system usually includes one or more radio transmitters and one or more radio. 5 the measurement category covers radio, which is part of a two-way radio system that allows the remote to control, measure and transmit data smart network infrastructure, such as electricity, gas and water supply networks. 6 social alarm devices-radio system that provides secure communications to danger up person in a restricted area can call for help. Social anxiety is a typical usage of the devices help elderly or disabled people. 7 active implantable medical devices – defined by Council 20 June 1990 directive 90/385/EEC on the approximation of the laws of the Member States relating to active implantable medical devices (OJ L 189, 20.7.1990, p. 17). 8 high cycle/continuous relay device category includes radio, based on the low latency and high operating cycle programs. Typical uses are audiovid and of personal wireless media streaming systems, mobile phones, automotive or home entertainment system, wireless microphones, wireless speakers, wireless headphones, watches the radio, hearing aids, in-ear headset wireless microphones used for concerts or performances, and low-power analog FM transmitters (bar 39). 9 Radionoteikšan devices category includes radio, which uses the object's location, speed and/or other characteristics or gathering information in relation to these parameters. Typical uses are different types of measurements. 10 tank level probing radar (TLPR) – special uses of radionoteikšan that is used to measure the level in the tank, and installed a metal or reinforced concrete tanks or similar equipment made of material with comparable indicators of attenuation. The tank is intended for storage of the substance. 11 models of control – a specific type of remote control and telemetry radio equipment used to remotely control model (mostly miniature avatar vehicle) movement in the air, on land, on water or under it. 12 radio frequency identification (RFID) device category includes transponder/reader's radio system, which consists of the radio (repeaters) attached to living beings or inanimate objects, and the transmitter/receiver unit (readers) that activates the transponder and get back data. Usually uses include monitoring and identification items, such as electronic product surveillance (EAS), and the collection and transfer of data in connection with the objects that are attached to the transponder, and it can be either without batteries, or batteries, or operate with batteries. Reply from transponder reader and transfer their saimnieksistēm to validate. 13 Transport and traffic telematics device category includes radio, used in the field of transport (road, rail, water or air, depending on the technical constraints), traffic control, navigation, mobility management and intelligent transport systems in the (IT). Typical uses are the interface between the various modes of transport, communication between vehicles (for example, between a car and a car), between vehicles and fixed locations (such as between car and infrastructure) as well as communications with users. 14 inductive devices category includes radio, which uses magnetic fields to the inductive loop systems close to the field of communications. Among the typical applications include, for example, car imobilizator, animal identification devices, alarm systems, cable, waste management system, personal identification devices, voice, wireless transmission devices, access control devices, distance sensors, the of detection systems to prevent unauthorized use, including unauthorized use of radio systems, data transmission to handheld devices, automatic identification of goods, a wireless control system and road user charges in the collection automatically. 15 low cycle/high reliability devices category includes radio, based on low spectrum use and low overall activity cycle spectrum access rules to provide highly reliable access to spectrum and the sharing of transmission bands. Typical uses are the alarm system, which uses radio contact, showing the State of alert in a remote location, and social alarm systems that provide reliable communications to the person who finds itself in danger. 16 broadband data transmission device category includes radio access spectrum, which uses broadband modulation technique. Typical uses are wireless access systems, such as wireless local area network (WAS/rlans). 17 bar 20 higher field strengths as well as additional restrictions apply to the use of inductive applications. 18 Bar 22, 24, 25, 27 and 28 of greater intensity in the field and additional restrictions apply to the use of inductive applications. 19 Power limit shall apply to closed tank inside and comply with the spectral density 41.3 dBm/MHz e.i.r.p., outside the 500 litre kontroltvertn. " 23. the supplement to annex 3 to part II paragraph 13 by the following: ' 13. Mobile Communications on board aircraft (MCA) 13.1 equipment permitted in the MCA band and system type frequency system GSM 1800 1710-1785 notes MHz (augšuplīnij) 1805 – 1880 MHz (lejuplīnij) GSM, which corresponds to ETSI GSM standards published, especially EN 301 502, EN 301 511, EN 302 480 or equivalent specifications 2013/654/EU 2008/294/EC 2008/295/EC ECC/DEC/(06) 07 UMTS 2100 (FDD) 1920-1980 MHz (augšuplīnij) 2110 – 2170 MHz (lejuplīnij) UMTS, which corresponds to ETSI published UMTS standards EN 301 908-in particular EN 301 908-1, EN 301 908-2, EN 301 908-11 3 or equivalent specifications 2013/654/EU 2008/294/EC 2008/295/EC ECC/DEC/(06) LTE (FDD) 1800 07 1710-1785 MHz (augšuplīnij) 1805 – 1880 MHz (lejuplīnij) LT, which corresponds to ETSI published LTE standards EN 301 908-in particular 1 EN 301 908-, 13, EN 301 908-14, EN 301 908-15 or equivalent specifications 2013/654/EU 2008/294/EC 2008/295/EC ECC/DEC/(06) 07 13.2. Mobile Terminal and ground network connection troubleshooting when the aircraft has allowed MCA machine, you need to fix the mobile terminal attempts to register with mobile networks on the ground that the perception of this subparagraph, the following table shows the frequency bands.
Frequency band, MHz system on Earth-CDMA2000, FLASH OFDM 460 470 791-821 LTE GSM, UMTS, 921-960, LTE, WiMAX, GSM, UMTS, 1805 in 1880, LTE, WiMAX 2110 – 2170 UMTS, LTE-2570 2620 UMTS, LTE, WiMAX 2620-2540 UMTS, LTE 13.3 13.3.1. Technical parameters Equivalent isotropic radiated power (e.i.r.p.), outside the aircraft, from the network control unit (NC)/gaisa Board base station outside the aircraft total of NC/e.i.r. p aircraft base stations may not exceed height: above the ground, the maximum e.i.r.p. density of m NC/air base outside 460 aircraft – 470 MHz 791-821 MHz-960 MHz, 1805-1880 921 MHz, 2110-2170 MHz 2570-2690 MHz dBm/MHz/10 MHz 1.25 dBm dBm/200 kHz/200 kHz dBm dBm/MHz dBm/MHz 3,84 4.75 17.0-19.0-3000-4000-0.87-13.0 1.0 1.9 – 16.5-14.5 1.63 10.5 3.5 4.4-14.5-5000 – 6000 – 12.6 3.57 8.5 5.4 6.3-12.9-6.9 7.0 7.9 11.0 5.15 7000-8000-9.6 6.49-11.6-5.6 8.3 9.3 8.5 7.65-10.5-4.4 9.5 10.4 note. * The 750-2690 MHz band values apply from 1 January 2017. 13.3.2. Equivalent isotropic radiated power (e.i.r.p.), outside the aircraft, from the existing terminal equipment on the aircraft. E.i.r.p., outside the aircraft, from the mobile terminal must not exceed: the height above the ground, m the maximum e.i.r.p., outside the aircraft, from the GSM mobile terminal in dBm/200 kHz maximum e.i.r.p., outside the aircraft, from the LTE Mobile Terminal in dBm/MHz e.i.r.p. 5 maximum outside the aircraft from the Terminal, the UMTS mobile dBm/MHz LTE GSM 1800 MHz 3,84 1800 MHz UMTS 2100 MHz, 3000-4000-5000 5 7 6000 3.3 1.7 3.1 1.1 3.9 5.6 0.5 1.8 5 7 7000 5 7 8000 2.9 3.8 5 7 13.3.3. Operational requirements: (a)) for the minimum height above ground broadcasting from the MCA system in operation must be 3000 metres; (b)) when running air base, with the help of all GSM mobile terminal, which broadcasts in the 1800 MHz frequency band, the transmitting power is limited to the nominal value of 0 dBm/200 kHz at all stages of communication, including the original access; c) when running air base, with the help of mobile terminal for all LTE, which broadcasts in the 1800 MHz frequency band, the transmitting power is limited to the nominal value of 5 dBm/5 MHz in all communication phases; d) when running air base, with the help of mobile terminal for all UMTS, 2100 MHz frequency band broadcasts, transmitting power is limited to the nominal value of-6 dBm/MHz in all communication phases 3,84 and the maximum number of users may not be exceed 20; e) MCA operates on the basis of beztraucējum and bezaizsardzīb; (f)) in the Republic of Latvia registered the MCA service provider or registered in the Republic of Latvia of the MCA, the owner of the aircraft after the MCA aircraft installation within one month notify the State joint stock company "electronic communications"; g) additional permission to use the MCA over the territory of the Republic of Latvia in other EU Member States register and bake on bake, the EU and Member States need not require, if they comply with decisions 2008/294/EC, 2013/654/EU and ECC/DEC/(06) 07 give technical conditions; h) MC equipment outside the EU and the FRY register aircraft do not need a permit to use the MCA over the territory of the Republic of Latvia, if this equipment satisfies the decisions 2008/294/EC, 2013/654/EU and ECC/DEC/(06) 07 give technical conditions, and are registered in accordance with the relevant ITU norms. " The Prime Minister is the Rapidity of the Newsletters of the protection of the environment and regional development Minister novel Naudiņš