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36.Record the multiple response rejection in
Rejection #4.
37.On the spectrum analyzer, press
response by entering the frequency value for the corresponding band listed below:
for an 11974A: Response not in band. Skip to
for an 11974Q: Response not in band. Skip to
for an 11974U: Response not in band. Skip to
for an 11974V: 72.863100 GHz (n
38.Record the above frequency in
#5. Press
PEAK SEARCH
The absolute value of the delta marker amplitude is the multiple response rejection.
39.Record the multiple response rejection in
Rejection #5.
40.On the spectrum analyzer, press
response by entering the frequency value for the corresponding mixer listed below:
for an 11974A: Response not in band. Skip to
for an 11974Q: Response not in band. Skip to
for an 11974U: Response not in band. Skip to
for an 11974V: 73.613033 GHz (n
41.Record the above frequency in
#6. Press
PEAK SEARCH
The absolute value of the delta marker amplitude is the multiple response rejection.
42.Record the multiple response rejection in
Rejection #6.
43.Set the synthesized sweeper for a CW signal at the frequency listed below for the
corresponding band:
for an 11974A: 40.00 GHz
for an 11974Q: 50.00 GHz
for an 11974U: 60.00 GHz
for an 11974V: 75.00 GHz
Chapter 4
Table 4-9
CENTER FREQUENCY
'
= 12+)
Table 4-9
on page 144 as Multiple Response Frequency
to place the delta marker at the top of the multiple response.
Table 4-9
CENTER FREQUENCY
'
= 12 − )
Table 4-9
on page 144 as Multiple Response Frequency
to place the delta marker at the top of the multiple response.
Table 4-9
3. Multiple Response Rejection Test
on page 144 as Multiple Response
and tune to the next multiple
step
40.
step
40.
step
40.
on page 144 as Multiple Response
and tune to the next multiple
step
43.
step
43.
step
43.
on page 144 as Multiple Response
Performance Tests
123
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