When an upper decile deviation of the noise figure for at least one noise component exceeds 12 dB, the calculated by equations (17) to (20), using the upper decile deviations of the noise σT components, should be restricted to a maximum value of: dB (23) is the noise factor for the simple power sum of the individual median noise factors: γT W (24) Similarly, when a lower decile deviation of the noise figure for at least one noise component exceeds 12 dB, the calculated by equations (17) to (20), using the lower decile deviations of the T noise components, should be restricted to the maximum value given by equation (23). Expected values of atmospheric noise, (dB above at 1 MHz) (Winter; 0000-0400 LT) Fam kT0b Expected values of atmospheric radio noise, (dB above at 1 MHz) (Winter; 0400-0800 LT) Fam kT0b Expected values of atmospheric radio noise, (dB above at 1 MHz) (Winter; 0800-1200 LT) Fam kT0b Expected values of atmospheric radio noise, (dB above at 1 MHz) (Winter; 1200-1600 LT) Fam kT0b
When an upper decile deviation of the noise figure for at least one noise component exceeds 12 dB, the σT calculated by equations (17) to (20), using the upper decile deviations of the noise components, should be restricted to a maximum value of: dB (23) γT is the noise factor for the simple power sum of the individual median noise factors: W (24) Similarly, when a lower decile deviation of the noise figure for at least one noise component exceeds 12 dB, the T calculated by equations (17) to (20), using the lower decile deviations of the noise components, should be restricted to the maximum value given by equation (23). Expected values of atmospheric noise, Fam (dB above kT0b at 1 MHz) (Winter; 0000-0400 LT) Expected values of atmospheric radio noise, Fam (dB above kT0b at 1 MHz) (Winter; 0400-0800 LT) Expected values of atmospheric radio noise, Fam (dB above kT0b at 1 MHz) (Winter; 0800-1200 LT) Expected values of atmospheric radio noise, Fam (dB above kT0b at 1 MHz) (Winter; 1200-1600 LT)
R-REC-P.372-13-201609-I!!MSW-E.docx