Further test details: Check for given interferer parameters whether declared RF 1dB compression point is reached. Check for given interferer parameters whether declared LF clipping point is reached. 8.2.3 Requirements for adjacent-band interferer Class Given target Interferer Interferer (see Criterion “level” Annex C) USRR RCS = -10dBsm 173 mV/m I1 85 % probability of detection @ 10m divided by (Note) number of interferers @ f = fc ± F SRR RCS = 0dBsm @ 173 mV/m @ 85 % probability of detection f = fc 20m ± F (Note) MRR RCS = 10dBsm @ 173 mV/m @ 85 % probability of detection f = fc 50m ± F (Note) LRR RCS = 10dBsm @ 173 mV/m @ 85 % probability of detection f = fc 150m ± F (Note) Super LRR RCS = 10dBsm @ 173 mV/m @ 85 % probability of detection f = fc 500m (Note) ± F Note: How many output update show the given target at the given distance with an accuracy “EUT rates” of up to +/- 5%. F= permitted operating bandwidth. 8.2.4 Requirements for remote band interferer Class Given target Interferer Interferer (see Criterion “level” Annex C) USRR RCS=-10dBsm @ 173 mV/m @ I1 95 % probability of detection f = 10m fc ± 10 × F (Note) SRR RCS=0dBsm @ 173 mV/m @ 95 % probability of detection f = fc 20m ± 10 × F (Note) MRR RCS=10dBsm @ 173 mV/m @ 95 % probability of detection f = fc 50m ± 10 × F (Note) LRR RCS=10dBsm @ 173 mV/m @ 95 % probability of detection f = fc 150m ± 10 × F (Note) Super LRR RCS= 10dBsm @ 173 mV/m @ 95 % probability of detection f = fc 500m ± 10 × F (Note) Note: How many output update show the given target at the given distance with an accuracy “EUT rates” of up to +/- 5%. F= permitted operating bandwidth .
Further test details: Check for given interferer parameters whether declared RF 1dB compression point is reached. Check for given interferer parameters whether declared LF clipping point is reached. 8.2.3 Requirements for adjacent-band interferer Class Given target Interferer “level” Interferer (see Annex C) Criterion USRR RCS = -10dBsm @ 10m 173 mV/m divided by number of interferers @ f = fc ± F I1 85 % probability of detection (Note) SRR RCS = 0dBsm @ 20m 173 mV/m @ f = fc ± F 85 % probability of detection (Note) MRR RCS = 10dBsm @ 50m 173 mV/m @ f = fc ± F 85 % probability of detection (Note) LRR RCS = 10dBsm @ 150m 173 mV/m @ f = fc ± F 85 % probability of detection (Note) Super LRR RCS = 10dBsm @ 500m 173 mV/m @ f = fc ± F 85 % probability of detection (Note) Note: How many “EUT output update rates” show the given target at the given distance with an accuracy of up to +/- 5%. F= permitted operating bandwidth. 8.2.4 Requirements for remote band interferer Class Given target Interferer “level” Interferer (see Annex C) Criterion USRR RCS=-10dBsm @ 10m 173 mV/m @ f = fc ± 10 × F I1 95 % probability of detection (Note) SRR RCS=0dBsm @ 20m 173 mV/m @ f = fc ± 10 × F 95 % probability of detection (Note) MRR RCS=10dBsm @ 50m 173 mV/m @ f = fc ± 10 × F 95 % probability of detection (Note) LRR RCS=10dBsm @ 150m 173 mV/m @ f = fc ± 10 × F 95 % probability of detection (Note) Super LRR RCS= 10dBsm @ 500m 173 mV/m @ f = fc ± 10 × F 95 % probability of detection (Note) Note: How many “EUT output update rates” show the given target at the given distance with an accuracy of up to +/- 5%. F= permitted operating bandwidth .
ERM-TGSRR-79v111_002.docx