Test Results - HP ESA-L1500A User's And Calibration Manual

21.Adjust the frequency synthesizer amplitude until the spectrum
analyzer marker reads 14 dBm. This corresponds to the amplitude
at 100 kHz recorded in
column 2 of Table 9-16
22.On the spectrum analyzer, press
23.Set the spectrum analyzer and the frequency synthesizer to the next
frequency settings listed in
24.At each frequency, adjust the frequency synthesizer amplitude for a
Sig- -Trk amplitude reading of 0.00 0.05 dB.
25.Record the DVM amplitude setting in column 2 of
DVM amplitude.
26.Repeat step 23 through
Table 9-16.
27.For each of the frequencies in
Amplitude (column 2) from the DVM Amplitude at 100 kHz recorded
in step 21. Record the result as the Response Relative to 100 kHz
(column 3) of Table
28.Add the entry from
50 MHz) that was recorded in
9-16 column 3 (Response Relative to 100 kHz). Record the results as
the Response Relative to 50 MHz (column 4) in

Test Results

Perform the following steps to verify the frequency response of the
spectrum analyzer.
1. Enter the most positive number from
____________ dB
If your analyzer is equipped with 75
2. Enter the most positive number from
____________ dB For 75
3. Record the more positive of numbers from
Entry 1 of the performance verification test record.
4. Enter the most negative number from
____________ dB
If your analyzer is equipped with 75
5. Enter the most negative number from
____________ dB For 75
Chapter 9
step 10. Record the DVM amplitude in
for DVM Amplitude at 100 kHz.
Peak Search
Table 9-16.
step 25 for each frequency setting listed in
Table 9-16, subtract the DVM
9-16.
Table 9-15 column 2 (100 kHz Error Relative to
step 10, to each of the entries in
Table
Input, no entry is necessary.
Table
Input use column 5.
Table
Input, no entry is necessary.
Table
Input use column 5.
Performance Verification Tests
13. Frequency Response
, , .
Marker Marker
Table 9-16 as the
Table
Table 9-16.
9-16, column 4:
9-15, column 2:
step 1 and step 2 in TR
9-16, column 4:
9-15, column 2:
249