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NOTE
Step 3. Set the fixed frequency of the NFA to 5000 MHz (press the
Step 4. Restart the measurement sweep on the DUT (press the
Step 5. Using the marker peak function on the network analyzer, determine the maximum
Step 6. Record the maximum displayed signal frequency and VSWR on the Test Record.
Step 7. Verify that the measured VSWR from 3000 MHz to 6700 MHz is within the
Step 1. Connect the test equipment as shown in Figure 2-6 on page 35.
Step 2. Set the Network Analyzer Start/Stop to measure the DUT's input VSWR from 6700
Step 3. Set the fixed frequency of the NFA to 15 GHz (press the
Step 4. Restart the measurement sweep on the DUT (press the
Step 5. Using the marker peak function on the network analyzer, determine the maximum
Step 6. Record the maximum displayed signal frequency and VSWR on the Test Record.
Step 7. Verify that the measured VSWR from 6700 MHz to 20000 MHz is within the
Test Descriptions
Input VSWR
MHz to 6700 MHz.
Press the
key and then
Start
Ensure the VNA
Correction
and then
Fixed Freq
,
5, GHz
displayed VSWR over the measured frequency range (press the
Mkr Search [ON]
then
published specification.
Measuring Input VSWR from 6700 MHz to 20000 MHz
MHz to 20000 MHz.
Press the
key and then
Start
then
,
Fixed Freq
1, 5, GHz
displayed VSWR over the measured frequency range (press the
then
Mkr Search [ON]
published specification.
36
,
then press the
3,., 0
G/n;
and
functions are both set to
Interpol
).
Search: Max
).
,
,
,
then press the
6
.
7
G/n;
).
).
Search: Max
key and
,
,
,
Stop
6
.
7
G/n
.
On
Frequency/Points
key).
Restart
n key,
Marker Fct
key and
,
,
,
Stop
2, 0
.
0
key and
Frequency/Points
key).
Restart
n key,
Marker Fct
Chapter 2
key
G/n
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