Text preview for : 5990-5087EN N9923A FieldFox RF Vector Network Analyzer - Technical Overview c20140926 [22].pdf part of
| Home
Keysight Technologies
FieldFox RF Vector
Network Analyzer
N9923A 4/6 GHz
Technical Overview
World's Most Accurate Handheld Vector
Network Analyzer
FieldFox
The first step in ensuring that wireless communication systems are running
at their optimum level is to verify that RF components in the system, such as
cables, antennas, and filters are properly tested and kept in good condition.
The majority of these tests are conducted in the field or in a warehouse, where
bench top instruments are not readily available, testing space is limited, or where
a power source is simply not available. The Keysight Technologies, Inc. handheld
FieldFox RF Vector Network Analyzer (VNA) is designed to make network
analysis measurements in the field easier, convenient, and the most reliable.
QuickCal revolutionizes calibration in the field
The number one challenge in making accurate network analyzer measurements
in the field is reliability, where large temperature fluctuations are common.
Keysight's FieldFox RF VNA is the only handheld network analyzer with QuickCal
technology that allows operators to easily correct for drift errors caused by
temperature changes. QuickCal is a built-in calibration
system that provides worry-free accuracy and reliability.
FieldFox's built-in standards make calibration simpler,
by eliminating the need to carry mechanical calibration
kits into the field.
Unmatched reliability for day-to-day tests
Whether you are testing a flight line for the air force,
an RF system on a war ship, a wireless communication
cable and antenna system, tuning RF components,
or making other general purpose network analyzer
measurements -- the FieldFox RF VNA provides
unmatched measurement reliability, stability, and
efficiency for your every day test needs. The FieldFox
RF VNA also builds on Keysight's 40-year legacy of
network analysis leadership in calibration, accuracy,
and innovation.
2
Key measurements