8
Manual and automated antenna analysis
based on SWR and complex impedance
measurements
Operating modes provide for
measurement of network impedance, and
components (inductors and capacitors)
VFO operating mode provides RF signal
source at output, serving as VFO and test
signal
Powerful 8-bit microcontroller controls
all aspects of the operation
High-precision, low power DDS signal
generator is used as rock-solid signal
source
Internal reflectometer measures forward,
reflected and impedance signals
Automatic scanning results displayed as
frequencies with lowest SWR
Configurable frequency scanning limits
and step sizes
Manual control option displays SWR
and complex impedance at selected
frequencies
Audible tone indicates resonance –
lower tone indicates lower SWR (May
be enabled/disabled.)
Serial port connects to PC for field-
upgradable software
Battery-operated for convenient field
use, or can use external 9-16V for bench
operation
Other uses of the ZM30:
•
Measure antenna bandwidth
•
Measure feedpoint impedance
•
Measure ground loss
•
Measure coaxial cable Loss
•
Adjust antenna tuners and determine
loss
•
Measure coax transmission line
(SWR, length, velocity factor,
approximate Q and loss, resonant
frequency, and impedance)
•
Measure and determine optimum
settings for tuning stubs: SWR,
approximate Q, resonant frequency,
bandwidth, impedance
•
Determine characteristic impedance
of transmission line.
•
Determine length of ¼ and ½ wave
phasing lines.
•
Measure inductor Q
•
Measure magnetic loop resonance
and SWR.
Содержание ZM-30
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