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3 dBW and an antenna gain of 625 dB A potential interfering circuit operates with an uplink power of 263 dBW Assuming a 4-dB polarization discrimination figure and earth-station sidelobe gain function of 32 25 log dB, calculate the [C/I ] ratio at the satellite for 2 satellite spacing 139 The downlink of a satellite circuit operates at a satellite [EIRP] of 35 dBW and a receiving earth-station antenna gain of 595 dB Interference is produced by a satellite spaced 3 , its [EIRP] also being 35 dBW Calculate the [C/I ] ratio.

at the receiving antenna, assuming 6-dB polarization discrimination. The sidelobe gain function for the earth-station antenna is 32 25 log . 13.10. A satellite circuit operates with an earth-station transmit power of 30 dBW and a satellite [EIRP] of 34 dBW. This circuit causes interference with a neighboring circuit for which the earth-station transmit power is 24 dBW, the transmit antenna gain is 54 dB, the satellite [EIRP] is 34 dBW, and the receive earth-station antenna gain is 44 dB. Calculate the carrier-to-interference ratio at the receive station antenna. Antenna sidelobe characteristics of 32 25 log dB may be assumed, with the satellites spaced at 2 and polarization isolation of 4 dB on uplink and downlink. 13.11. Repeat Prob. 13.10 for a sidelobe pattern of 29 25 log .

1312 A satellite TV/FM circuit operates with an uplink power of 30 dBW, an antenna gain of 535 dB, and a satellite [EIRP] of 34 dBW The destination earth station has a receiver antenna gain of 44 dB An interfering circuit has an uplink power of 115 dBW and a satellite [EIRP] of 157 dBW Given that the spectral overlap is [Q] 38 dB, calculate the passband [C/I ] ratio Assume polarization discrimination figures of 4 dB on the uplink and 0 dB on the downlink and an antenna sidelobe pattern of 32 25 log The satellite spacing is 2 1313 Repeat Prob 1312 for an interfering carrier for which the uplink transmit power is 26 dBW, the satellite [EIRP] is 357 dBW, and the spectral overlap figure is 336 dB 1314.

Note!

An FDM/FM satellite circuit operates with an uplink transmit power of 119 dBW, an antenna gain of 535 dB, and a satellite [EIRP] of 191 dBW The destination earth station has an antenna gain of 505 dB A TV/FM interfering circuit operates with an uplink transmit power of 283 dBW and a satellite [EIRP] of 35 dBW Polarization discrimination figures are 6 dB on the uplink and 0 dB on the downlink Given that the receiver transfer characteristic for wanted and interfering signals is [RTC] 6083 dB, calculate the baseband [S/I] ratio for an antenna sidelobe pattern of 29 25 log The satellite spacing is 2 1315 Repeat Prob 1314 for an interfering circuit operating with an uplink transmit power of 27 dBW, a satellite [EIRP] of 342 dBW, and [RTC] 3794 dB 1316.

Explain what is meant by single-entry interference objectives Show that an interference level of 600 pW0p is equivalent to an [S/I ] ratio of 622 dB 1317 For the wanted circuit in Probs 1312 and 1313, the specified interference objective is [C/I ]pb 22 dB Is this objective met 1318 For broadcast TV/FM, the permissible video-to-noise objective is specified as [S/N ] 53 dB The CCIR recommendation for interference is that the total interference from all other satellite networks should not exceed 10 percent of the video noise and that the single-entry interference should not exceed 40 percent of this total Show that this results in a single-entry objective of [S/I ] 67 dB..

13.19. Explain what is meant by protection ratio. A TV/FM carrier operates at a modulation index of 2.619, the top modulating frequency being 4.2 MHz. Calculate the protection ratio required for quality factors of (a) 4.2 and (b) 4.5. How do these values compare with the specified interference objective of [C/I ]pb 22 dB 13.20. Explain what is meant by energy dispersal and how this may be achieved. 13.21. Explain what is meant by coordination in connection with interference assessment in satellite circuits.