co-channel - -12.8 n 1 3.2 n 2 11.2 n 3 16.2 n 4 20.2 n 5 16.2 n 6 21.2 n + 6 22.2 n 7 23.2 n 8 4.2 n 9 23.2 n + 9 24.2 n 10 25.2 > n 11 Table 5: Example of In-block CR emission limits as a function of guard band with respect to serviced DTT channels as discussed in SE43 (source SE43(10)18). Annex 5 Determination of the E.I.R.P. max in-block limit The following presents the results of the SEAMCAT logfile, when the E.I.R.Pmax limit is to be determined. For this example the following E.I.R.Pmax in-block limit is set in SEAMCAT. Figure 42: E.I.R.Pmax in-block limit The following log file is extracted and it shows the channel availability for one event and for one WSD (It no.1, WSD no. 0). In this case, this WSD would be allowed to transmit at 1000.1 and 1000.3 MHz, but it is not allowed to transmit in the 1000.5, 1000.7 and 1000.9 MHz. The Victim is placed at 1000.9 MHz.
co-channel - n 1 -12.8 n 2 3.2 n 3 11.2 n 4 16.2 n 5 20.2 n 6 16.2 n + 6 21.2 n 7 22.2 n 8 23.2 n 9 4.2 n + 9 23.2 n 10 24.2 > n 11 25.2 Table 5: Example of In-block CR emission limits as a function of guard band with respect to serviced DTT channels as discussed in SE43 (source SE43(10)18). Annex 5 Determination of the E.I.R.P. max in-block limit The following presents the results of the SEAMCAT logfile, when the E.I.R.Pmax limit is to be determined. For this example the following E.I.R.Pmax in-block limit is set in SEAMCAT. Figure 42: E.I.R.Pmax in-block limit The following log file is extracted and it shows the channel availability for one event and for one WSD (It no.1, WSD no. 0). In this case, this WSD would be allowed to transmit at 1000.1 and 1000.3 MHz, but it is not allowed to transmit in the 1000.5, 1000.7 and 1000.9 MHz. The Victim is placed at 1000.9 MHz.