Density of stations transmitting 0.0015 transmitter/km2 0.007 0.007 transmitter/km2 in the simulation bandwidth transmitter/km2 1] specifies several emission masks: One mask is used for Monte Carlo analysis with mobile service and compatibility with – broadcast service. It is specified for SSB mode only. It is also the one provided by Radio Amateur contribution at WP 5A [Ref. 2]. Another mask is used for MCL analysis with mobile service, derived from ITU-R – SM.1541, Annex 9 [Ref. 3], together with emission masks for FM and Wide Band modes. Noting that the emission mask for FM and Wide band is not yet available, the present study takes into account the following emission masks: For SSB mode: the mask specified by Amateur (see Figure A3.3.1); – For FM mode: the mask specified by ITU-R SM.1541 for the narrow band case (see – Figure A3.3.2); For Wide band mode: the mask specified by ITU-R SM.1541 for the wide band case – (see Figure A3.3.3). A3.3.1 Radio Amateur emission mask SSB mode – A3.3.2 Radio Amateur emission mask Narrow band case (FM mode) – A3.3.3 Amateur emission mask band case –Wide A3.3.4 Radio Amateur Yagi radiation pattern A3.3.3 Modeling of Governmental System Behavior The tables below list the parameters of the Governmental system that is deployed in the VHF band. They are aligned with characteristics as discussed at CEPT/PTD (see Error! Reference source not found.) and forwarded to ITU-R WP 5 (see Error! Reference source not found.). The system encloses several kinds of devices. They are integrated into: base stations, –
Density of stations transmitting in the simulation bandwidth 0.0015 transmitter/km2 0.007 transmitter/km2 0.007 transmitter/km2 1] specifies several emission masks: – One mask is used for Monte Carlo analysis with mobile service and compatibility with broadcast service. It is specified for SSB mode only. It is also the one provided by Radio Amateur contribution at WP 5A [Ref. 2]. – Another mask is used for MCL analysis with mobile service, derived from ITU-R SM.1541, Annex 9 [Ref. 3], together with emission masks for FM and Wide Band modes. Noting that the emission mask for FM and Wide band is not yet available, the present study takes into account the following emission masks: – For SSB mode: the mask specified by Amateur (see Figure A3.3.1); – For FM mode: the mask specified by ITU-R SM.1541 for the narrow band case (see Figure A3.3.2); – For Wide band mode: the mask specified by ITU-R SM.1541 for the wide band case (see Figure A3.3.3). A3.3.1 Radio Amateur emission mask – SSB mode A3.3.2 Radio Amateur emission mask – Narrow band case (FM mode) A3.3.3 Amateur emission mask –Wide band case A3.3.4 Radio Amateur Yagi radiation pattern A3.3.3 Modeling of Governmental System Behavior The tables below list the parameters of the Governmental system that is deployed in the VHF band. They are aligned with characteristics as discussed at CEPT/PTD (see Error! Reference source not found.) and forwarded to ITU-R WP 5 (see Error! Reference source not found.). The system encloses several kinds of devices. They are integrated into: – base stations,
R15-WP5A-C-0650!N14!MSW-E.docx