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Agilent Technologies N9342C - Page 44

Agilent Technologies N9342C
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3 Functions and Measurements
36 N9342C/43C/44C User’s Guide
Resolving Small Signals Hidden by Large
Signals
This example uses narrow resolution bandwidths to
resolve two input signals with a frequency
separation of 50 kHz and an amplitude difference
of 60 dB.
1 Connect two sources to the analyzer input
connector as shown in Figure 3- 3 on page 34.
2 Set one source to 300 MHz at –10 dBm. Set the
other source to 300.05 MHz at –70 dBm.
3 Set the analyzer as follows:
Press [PRESET]
Press [FREQ] > 300.05 > {MHz}
Press [SPAN] > 500 > {kHz}
Press [BW] > 300 > {Hz}
4 Reduce the resolution bandwidth filter to view
the smaller hidden signal. Place a delta marker
on the smaller signal:
Press [Peak]
Press [MARKER] > {Delta}
Press [Peak] > {Next Right PK} or {Next Left PK}
Figure 3-5 Resolving a small signal hidden by a larger
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