Effective Isotropic Clause Samples

Effective Isotropic. Radiated Power (EIRP): The nominal single-carrier, saturated satellite RF channel EIRP, at transponder center frequency, will equal or exceed the following values at the locations given at delivery. These values will be confirmed by measurements taken at ▇▇▇▇▇▇ Valley, NJ and South Mountain, CA. If spare transponders are used to restore failed transponders, the EIRP values will be about 0.5 dB lower. Location EIRP C3/C4 @ 131(degree)W -------- ------------------------- Conus* 37.0 dBW Plus Minus 2 dB (measurement tolerance) Fairbanks, Alaska 31.0 dBW Plus Minus 2 dB (measurement tolerance) Hawaii 31.0 dBW Plus Minus dB (measurement tolerance) Puerto Rico 31.0 dBW Plus Minus dB (measurement tolerance) *All locations in the contiguous U.S. excluding Maine north of Portland, Florida south of Miami, and Texas south of Corpus Christi. PAGE> (B) Saturation Flux Density (SFD): The nominal single-carrier flux density required at the input of the satellite to saturate the RF channels, at transponder center frequency, will not exceed the following values with carriers transmitted from earth stations at the locations specified below: Location SFD* C3/C4 @ 131(degree)W -------- ------------------------- Conus -86.0 dBW/m/2/ (plus)(minus) 2 dB (measurement tolerance) Fairbanks, Alaska -86.0 dBW/m/2/ (plus)(minus) 2 dB (measurement tolerance) Hawaii -86.0 dBW/m/2/ (plus)(minus) 2 dB (measurement tolerance) Puerto Rico -83.0 dBW/m/2/ (plus)(minus) 2 dB (measurement tolerance) *Saturation Flux Density values shown are for a Flux Control Attenuator (FCA) setting of 0 dB.