TABLE VI-2 – Terrestrial broadcasting signal level variation with location +
Station number
______
Meteorology
TX rain zone(3)
____
RX rain zone(3)
____
Minimum monthly mean surface
RX refractivity Nsmin (N-units)
________
Average annual sea-level
RX refractivity N0 (N-units)
________
Other meteorological data _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Path length l (km)
______
Broadcast TX station
TX site name
____________________
TX station code
_____
TX country(1)
__
TX latitude LAT1 (–90..+90) (degrees)
_______
TX longitude LON1 (0..360) (degrees) E
_______
TX altitude amsl hgt (m)
____
TX antenna height amt ht (m)
____
TX antenna polarization (H, V, C)
_
TX e.r.p. of horizontal polarization
TX component (dBW)
____
TX e.r.p. of horizontal polarization
TX component (dBW)
____
TX frequency f (MHz)
______
Measurement: Experiment No.
Start date (yyyy.mm.dd)
________
End date (yyyy.mm.dd)
________
Start time daily recordings (hh:mm)
____
End time daily recordings (hh:mm)
____
Total measurement time d (days) (6)
_______
Type of measurement(4)
_
For group measurements: number of measurements
___
Horizontal distance covered (m)(5)
_____
Size of area (km2)
______
Number of individual measurements made
___
Height variation across measured area (m)
____
Median value of field strength (dB(V/m))
______
Minimum value of field strength (dB(V/m))
______
Maximum value of field strength (dB(V/m))
______
Standard deviation of field strength
______
___
Broadcast RX station
RX site name
____________________
RX country(1)
__
RX latitude LAT2 (–90..+90) (degrees)
_______
RX longitude LON2 (0..360) (degrees) E
________
RX altitude amsl hgr (m)
____
RX antenna height ag hr (m)
____
RX antenna directional/omni (D/O)
_
RX environment(2)
__
Table: (7)
Measured field strength at given percentage of locations E (dB(V/m))
Percentage of locations
Measured E
(dB(V/m))
10
50
90
–
–
–
References:
Comments:
_______________
+ In addition to the tables provided in this document the submitter is requested to provide the data files according to the instructions
available on ITU-R SG 3 Web page: Study Group 3 databanks - DBSG3.
(1)
Use ISO 3166-1 alpha-2 country codes.
(2)
Indicate the predominant environment at the receive sites. Use codes from Annex 3.
(3)
This was referring to Rec. ITU-R P.837-1
(In the current version, these zones do not exist).
(4)
The following categories of measurement are distinguished:
1: Group (cluster of individual spot measurements)
2: Continuous measurement while antenna is moved
3: Sampling (as continuous but sampled at intervals).
(5)
It is preferred that measurements extend over a distance of 10 to 20 wavelengths.
(6)
Duration is the total time of valid measurements for this dataset, expressed as a real number (e.g. 339.888 days).
The ratio of duration to the period identified by the start and the end dates of this dataset is the availability (e.g. start=2001/1/1,
end=2001/12/31, duration= 339.888 days corresponds to 93.12 % availability).
(7)
Submissions should comply with the acceptance criteria specified in Rec. ITU-R P.311.