Specifications

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PNA-L Series network analyzers
ThePNA-LhasmanyofthesamegreatcharacteristicsofthePNAfamilybutdiffersin
the following ways.
Option H11, IF access, and Option 008, Pulsed-RF measurement capability are not
available.ThePNA-Lcannotbeupgradedtomillimeterfrequencies.
ThePNA-LallowsevenwiderIFbandwidthsettingsthanthePNAandhasspeed
advantages over the PNA. It has slightly less sensitivity than the PNA (refer to Table 1
in section 3 for a sensitivity comparison).
For additional information and specifications, refer to the PNA-L data sheet, literature
number 5989-0514EN.
ENA
The ENA differs from the PNA in the following ways.
Option H11, IF access, Option 008, Pulsed-RF measurement capability, and Option 014,
Configurable test set are not available. The ENA is limited to 8.5 GHz and cannot be
upgraded to millimeter-wave frequencies. It also has no security features.
The ENA is the lowest cost solution.
For additional information and specifications, refer to the ENA data sheet, literature
number 5988-3780EN.
Sources
Figure 36. PSG sources.
Figure 37. MXG sources.
When selecting a transmit source for an antenna range, frequency range and output
power are the primary concerns. Future frequency requirements should also be consid-
ered. Agilent offers a variety of signal generators with different frequency ranges and
output power. Source frequency switching speed must also be considered for some
applications. Agilent sources provide different switching speed capability, with options
for setting times less than 1 ms. Depending on individual preference, select a transmit
source from Table 5. If the system is to be used for measuring antennas in a pulsed mode
of operation, Pulse modulation (Option UNU) or Narrow pulse modulation (Option UNW)
must be ordered.