4-113
Screens
RF Generator / RF Analyzer (RF Analyzer)
3. Amplitude
This field is the input amplitude to be assumed at the selected RF Analyzer input.
The amplitude shown is for the port selected in the RF Input field.
Range
RF IN/OUT:
−
27.9 to +41.0 dBm. AUX RF IN:
−
58.0 to +20.0
dBm.
See Also
Chapter 3: Specifications
4. Control
This field determines how the RF Analyzer amplitude is selected.
Choices
MS TX Lev automatically selects the RF Analyzer amplitude
based on the level set in TX Level on the Cell Control screen if the
RF analyzer’s RF input connector selection is RF IN/OUT.
Manual requires setting the RF Analyzer amplitude using the
front-panel keys.
5. Do Open Cal
This field is displayed only when AGC Mode is closed. When selected, the correct
Open/Auto DAC Value for the signal input, using the present RF Analyzer setting, is
entered in the Open/Auto Dac Value field.
A stable, repeating RF signal is required for open loop calibration.
Doing an open loop calibration is useful for establishing an AGC DAC Value to be
used when AGC Mode is Open.
See Also
Screens: RF Analyzer (AGC Mode, Open/Auto DAC Value)
6. Frequency
This field sets Frequency when RF Analyzer Hop Mode is set to Non- Hop.
Range
10.0 to 1015.0 MHz.
7. Hop Meas Freq
This is the frequency entry field for the frequency assumed when making
measurements while the RF Analyzer is frequency hopping.
8. Hop Mode
This field selects between the Hop and Non-Hop modes of the RF Analyzer. Hop
Mode cannot be set to Non-Hop until Hop Trig is set to Disarm.
NOTE
Do not make measurements with Hop Mode set to
Hop
and Hop Trig set to
Disarm
.
9. Hop Offset
This field sets the Hop Offset when the RF Analyzer Hop Mode is set to Hop. The
frequency offset is applied to all of the frequencies in the RF Analyzer Hop
Frequency table when the RF Analyzer is hopping.
Range
−
50.000 to +50.000 kHz.
Summary of Contents for 8922M
Page 8: ...Contents Contents 6...
Page 21: ...1 1 1 Installing Your Agilent 8922M S...
Page 24: ...1 4 Installing Your Agilent 8922M S Fuses and Power Cords Power Cords Agilent Part Agilent...
Page 29: ...2 1 2 Making Measurements...
Page 59: ...2 31 Making Measurements If You Have Problems with a Measurement Figure 2 16...
Page 61: ...2 33 Making Measurements If You Have Problems with a Measurement Trigger Range For Pulsed RF...
Page 75: ...2 47 Making Measurements Advanced Features...
Page 76: ...3 1 3 Verifying Performance...
Page 106: ...3 31 Verifying Performance Agilent Technologies 8922M S Specifications...
Page 236: ...4 130 Screens Tests...
Page 237: ...5 1 5 Keys...
Page 238: ...5 2 Keys Key Map Key Map...
Page 276: ...6 28 Connectors Timing Diagrams Figure 6 3 Digital Demod Timing Diagram...
Page 277: ...6 29 Connectors Timing Diagrams Figure 6 4 Frequency Hop Timing Specification Table...
Page 278: ...6 30 Connectors Timing Diagrams Figure 6 5 RF Generator Hop Address Source Ext Timing Diagram...
Page 279: ...6 31 Connectors Timing Diagrams Figure 6 6 RF Analyzer Hop Address Source Ext Timing Diagram...
Page 280: ...6 32 Connectors Timing Diagrams Figure 6 7 RF Generator Hop Address Source Int Timing Diagram...
Page 281: ...6 33 Connectors Timing Diagrams Figure 6 8 RF Analyzer Hop Address Int Timing Diagram...
Page 282: ...6 34 Connectors Timing Diagrams Figure 6 9 Reset Hop Once Address Source Int Timing Diagram...
Page 284: ...6 36 Connectors Timing Diagrams Figure 6 11 Hop Inhibit Address Source Int Timing Diagram...
Page 297: ...8 1 8 Instrument BASIC...
Page 341: ...A 1 A APPENDIX A...
Page 364: ...A 24 APPENDIX A Protocol Log of a Typical Call...
Page 365: ...B 1 B Glossary...
Page 370: ...B 6 Glossary...
