Making A Measurement; Figure 11. Connect Diagram Example - Agilent Technologies e1420b User Manual

2
Introduction and Measurement
Figure 11 Connect diagram example

Making a measurement

1
42
N5500A Standard Test Set
N5500A TEST SET
50 kHz-1600 MHz
RF ANALYZER
ANALYZER
<100 kHz
N5500A Opt. 001 Test Set
N5500A OPT 001 TEST SET
50 kHz-26.5 GHz
RF ANALYZER
ANALYZER
<100 kHz
N5500A Option 201Test Set
N5500A OPT 201 TEST SET
50 kHz-1600 MHz
RF ANALYZER
ANALYZER
e5505a_user_connect_diag.ai
rev2 10/20/03
Press the Continue button.
• Because you selected New Measurement to begin this measurement, the
system starts by running the routines required to calibrate the current
measurement setup.
• Figure 12 on page 43 shows a typical baseband phase noise plot for an
phase noise test set.
GPIB STATUS
INPUT REF INPUT
SIGNAL NOISE 50 kHz-1600MHz
50 W
1V Pk
0.01 Hz-100 MHz +15 dBm MIN
PHASE DET OUTPUT
MONITOR
ANALYZER TUNE VOLTAGE
OUT OF LOCK
<100 MHz 50 W 20mA MAX
100 W/1.25 LPS
GPIB STATUS
INPUT REF INPUT
SIGNAL NOISE 50 kHz-1600MHz 1.2 - 26.5 GHz
50 W
1V Pk
0.01 Hz-100 MHz +15 dBm MIN +7 dBm MIN
PHASE DET OUTPUT
MONITOR
FROM TO
DOWNCONVERTER DOWNCONVERTER
ANALYZER TUNE VOLTAGE
OUT OF LOCK
<100 MHz 50 W 20mA MAX
100 W/1.25 LPS
GPIB STATUS
INPUT REF INPUT
SIGNAL NOISE 50 kHz-1600MHz 1.2 - 26.5 GHz
50 W
1V Pk
0.01 Hz-100 MHz +15 dBm MIN +7 dBm MIN
PHASE DET OUTPUT
MONITOR
mW SIGNAL
1.2-26.5 GHz
ANALYZER TUNE VOLTAGE
OUT OF LOCK
<100 kHz <100 MHz 50 W 20mA MAX
100 W/1.25 LPS
50 Ω
Termination
50 Ω
Termination
50 Ω
Termination
Agilent E5505A User's Guide