Handbook of Propagation Effects for Vehicular and ... - Courses

Investigations from Different Countries 7-27
Table 7-2: Summary of information derived from Table 7-1 sorted in terms of frequency
and elevation angle.
f (GHz) El (°)
Fade
P = 1% P = 10%
0.87 5 >30 (18) 21.5 (10.5) 1
0.87 15-20 13-18 (18) 5.5-8 (10.5) 2
0.87 30 14-20 (15) 6-10 (7.5) 1
0.87-.893 45 7-15 (10.5) 2-7.5 (4) 2
0.87 60 3-12 (5.5) 2-5 (2.5) 1
1.5 19-26 11-21 (26) 3.5-16 (15.5) 5
1.5-1.55 30 17.5-25 (22) 8-13 (11) 2
1.5-1.6 40-50 2.5-32 (18) 1-20 (8) 7
1.3-1.6 50-60 5-18.5 (13) 2-7.5 (5) 7
1.3-1.6 80 8-12 2-3 3
2.05-2.09 18-21 >30 (31) >15 (18.5) 2
2.09-2.66 40-45 12-17.7 (22.5) 7-11.5 (10) 3
2.5-2.6 60 12-22.5 (11) 5-9 (10) 3
2.5-2.6 80 10.5-16 4.5-6 2
10.4 60 27.5-28 (17.5) 13-18.5 (7) 2
10.4 80 24-26 10.5-13 2
20 8 >25 (63) >25 (37) 1
18.7-20 30-38 21-40 (52) 9-33 (27) 4
20 46 8 to >30 (35) 2-30 (14.5) 3
20 54.5 28 (26) 15 (10) 1
7.10 References
Number
Abbe. S. B., M. J. Agan and T. C. Jedrey, [1996], “ACTS Mobile Terminal,”
International Journal of Satellite Communications, Vol. 14, No.3, pp.175-189.
Bundrock, A. and R. Harvey [1989], “Propagation Measurements for an Australian Land
Mobile Satellite System,” Australian Telecommunication Research, Vol. 23, No. 1
pp. 19-25.
Butt, G., B. G. Evans and M. Richharia [1992], “Narrowband Channel Statistics from
Multiband Propagation Measurements Applicable to High Elevation Angle Land-
Mobile Satellite Systems,” IEEE Journal on Selected Areas in Communications,
Vol. 10, No. 8, October, pp. 1219-1225.
Butterworth, J. S. [1984a], “Propagation Measurements for Land-Mobile Satellite
Systems at 1542 MHz,” Communication Research Centre Technical Note 723,
August. (Communication Research Centre, Ottawa, Canada.)