Agilent Technologies 8922M Cell Phone User Manual


 
Index
Index-2
Bit Error Test, 4-12
Bits to Test
Bit Error Test, 4-12
buffers, A-11
Burst Length
Measurement Sync, 4-64
Burst Number
Measurement Sync, 4-64
Burst Sel
Measurement Sync, 4-65
burst selection
measurement synchronization, 4-65
Burst Type
Measurement Sync, 4-65
Burst Used
Measurement Sync, 4-65
Bursts
Phase/Freq (Data bits), 4-93
Phase/Freq (Phase Err), 4-91
bursts measured, 4-90
C
CA
Cell Configuration, 4-18, 4-24
cache, A-10
buffers, A-11
call count
reset, 4-43
call counts
frame errors, 4-31, 4-39
pages, 4-42
RACHs, 4-43
Call Status
Cell Control, 4-38
Caller
Cell Control, 4-38
Camping On, A-5
LAC, A-5
MCC, A-5
MNC, A-5
More information, A-5
Power level, A-5
camping on, 4-71
cancel
keys, 5-3
CBCH, 4-119
cell allocation, 4-18, 4-24
cell configurationscreen
keys, 5-4
cell control
active cell+, 4-31
cell control screen
keys, 5-3
Center Freq
Spectrum Analyzer (Main Controls), 4-
123
Center Freq (Marker To)
Spectrum Analyzer (Marker Controls),
4-125
center frequency
spectrum analyzer, 4-123, 4-125
Clear Log, A-10, A-11
Agilent 8922M, A-10
Logging, A-11
clock input
connector, 6-3
clock input selection, 4-18, 4-24
clock output
connector, 6-3
closed-loop AGC
RF analyzer, 4-112
Code Files, 8-37
Code files, 8-2
color code, 4-18, 4-24
command line, 8-16
comments
for the Output Heading field, 8-31
communication failure message, 7-2
completed bits tested
Bit Error Test, 4-9, 4-12, 4-15
CONFIGURE, 8-5
CONFIGURE Screen
Aux RF Out, 4-50
Connect
Cell Control, 4-39
Connection, A-2, A-4
Agilent 8922M to HP/Agilent 37900D,
A-4
bar graphs, A-9
checking, A-8
diagram, A-4
indication, A-9
verification, A-9
connector
protocol interface, A-2
connectors
10 MHz output, 6-10
13 MHz output, 6-10
AM input, 6-11
AM/Speech input, 6-4
audio input (high), 6-5
audio input (low), 6-5
audio output, 6-7
auxiliary RF input, 6-2
auxiliary RF output, 6-2
clock, 6-3
clock output, 6-3
data input/output, 6-6
data output, 6-4
EMMI bus, 6-11
FM output, 6-4
GPIB, 6-12
monitor, 6-7
opt 001 reference output, 6-14
oscilloscope input, 6-8
Parallel Port, 6-15
PCN Interface, 6-15
Protocol Interface, 6-16
pulse modulation, 6-8
pulse output, 6-7
reference input, 6-16
reference output, 6-14
RF input/output, 6-8
serial port, 6-17
speech, 6-7
system bus, 6-17
trigger input, 6-9
valid data, 6-9
video output, 6-17
Cont/Single
Oscilloscope (Trigger Controls), 4-78
Control
Bit Error Test, 4-10
RF Analyzer, 4-113
Control Ch
Cell Config, 4-19, 4-25
control channel, 4-19, 4-25
Control mode, 4-60
Controls
Oscilloscope, 4-76
Spectrum Analyzer (AuxiliaryCon-