Specifications

Chapter 3 65
Screens
Cell Control
Cell Control
This screen appears unmodified from GSM900 to DCS1800and PCS1900. However, the TX
Level field has a different relationship to RF analyzer amplitude in DCS1800 and
PCS1900 than for GSM900.
For DCS1800 Operation:
RF IN/OUT analyzer ampl = 30
− 2×(TX Level) dBm
that is:
For the HP/Agilent 8922H with firmware B.06.00 or greater the TX levels are extended for
DCS1800. The additional levels are:
For the HP/Agilent 8922H with firmware B.06.00 or greater, TX levels are available for
PCS1900.
The spectrum analyzer reference level will be set 3 dB above the analyzer amplitude
setting, as with GSM900.
TX Level = 0 analyzer ampl = 30 dBm
TX Level = 13 analyzer ampl = 4 dBm
TX Level = 14 analyzer ampl = 2 dBm
TX Level = 15 analyzer ampl = 0 dBm
TX Level = 30 analyzer ampl = 33 dBm
TX Level = 31 analyzer ampl = 32 dBm
TX Level = 0 analyzer ampl = 30 dBm
TX Level = 1 analyzer ampl = 28 dBm
TX Level = 2 analyzer ampl = 26 dBm
TX Level = 3 analyzer ampl = 24 dBm
TX Level = 4 analyzer ampl = 22 dBm
TX Level = 5 analyzer ampl = 20 dBm
TX Level = 6 analyzer ampl = 18 dBm
TX Level = 7 analyzer ampl = 16 dBm
TX Level = 8 analyzer ampl = 14 dBm
TX Level = 9 analyzer ampl = 12 dBm
TX Level = 10 analyzer ampl = 10 dBm
TX Level = 11 analyzer ampl = 8 dBm
TX Level = 12 analyzer ampl = 6 dBm
TX Level = 13 analyzer ampl = 4 dBm
TX Level = 14 analyzer ampl = 2 dBm
TX Level = 15 analyzer ampl = 0 dBm
Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com