TABLE VII-5 - Narrow band statistics for satellite broadcasting services+ Station number TX frequency f (GHz) TX polarization (L/C) TX polarization tilt angle p (degrees) RX average elevation angle (degrees) RX rain zone(1) Signal source (transmitter on i.e.: satellite, helicopter, aeroplane, balloon, tower) If satellite: satellite name orbital position (degrees) E TX antenna gain towards mobile (dBi) ______ ______ _ ____ _____ _ RX antenna diameter D (m) RX radome? (Y/N) RX polarization (L/C) RX polarization tilt angle p (degrees) RX multipath reduction? (Y/N) RX dynamic range (dB) RX minimum signal-to-noise ratio (dB) RX integration time (s) RX bandwidth (Hz) Data sampling interval (m) Calibration interval (days) Data resolution (dB) __________ __________ ______ ___ ____ ___ _ ____ _ _____ ___ ____ ____ _____ _____ _______ Measurement: Experiment No. Mobile station RX site name ____________________ RX country(2) __ RX average latitude (–90..+90) (degrees) _______ RX average longitude (0..360) (degrees) E _______ Average velocity of vehicle (km/h) ___ RX average altitude amsl hgr (m) ____ RX antenna height ag hr (m) ___ RX antenna type __________ RX 3 dB beamwidth in Az qrAz (degrees) _____ RX 3 dB beamwidth in El qrEl (degrees) _____ RX antenna gain (dBi) ___ ___ Start date (yyyy.mm.dd) End date (yyyy.mm.dd) Duration of measurement in this environment (h) (4) Total distance of measurement (km) Season ________ ________ _______ ______ __ Environment Land mobile terrain type(3) Building type Vegetation type Surface condition (wet, dry, snow) __________ __________ ___ ____ Table a: (5) Fade depth (dB relative to LOS) exceeded and XPD (dB) NOT exceeded for percentage of locations Percentage of time Fade depth A XDP 0.1 1 5 10 30 50 90 99 99.9 – – – – – – – – – – – – – – – – – – (dB) (dB) ____________________ + 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. Table b: (5) Fade duration reported in seconds or metres (s/m) Fade duration (s) or (m) NOT exceeded for percentage of locations at given fade levels Percentage of locations 0.1 1 5 10 30 50 90 99 99.9 00 dB 02 dB 05 dB 10 dB – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – References: Comments: (1) This was referring to Rec. ITU-R P.837-1 (In the current version, these zones do not exist). (2) Use ISO 3166-1 alpha-2 country codes. (3) See Annex 3 for environment types. Measurements should preferably only cover one type of environment. Also enter the terrain characteristics: FL: flat, HI: hilly, MO: mountainous (Example: 33, HI means suburban, hilly). (4) 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). (5) Submissions should comply with the acceptance criteria specified in Rec. ITU-R P.311.