Vector Network Analyzers
TTR500 Series Datasheet
Applications
Antenna matching and tuning
RF component design and validation
Education
Legendary support and quality meets ease-of-use and affordability. The
Tektronix TTR500 series 2-port, 2-path VNA is our latest breakthrough - an
unmatched combination of measurement performance and convenience.
Get the power to make everyday measurements with the accuracy and
confidence you expect from Tektronix, all without breaking your budget.
Benchtop performance at a fraction of the
cost
The TTR500 offers industry-leading price and performance. With more than
122 dB dynamic range and less than 0.008 dB RMS trace noise, the
TTR500 has performance similar to expensive, conventional benchtop
VNAs.
Key performance specifications
100 kHz to 6 GHz frequency range
> 122 dB dynamic range
-50 to +7 dBm output power
< 0.008 dB RMS trace noise
Key features
Full 2-port 2-path S-parameter measurement (S11, S21, S12, S22) in a
variety of formats.
Complete vector network analysis capability with Tektronix VectorVu-
™
PC software.
Built-in bias tee accessible on both ports to bias active devices.
Application programming interface (API) for Microsoft Windows
environment and LabView driver.
Robust SCPI command interface (compatible with current VNA models)
to optimize code migration.
Compact and transportable: Take test where
you need it
Touchstone file support (import/export) for use with Electronic Design
Automation (EDA) simulation tools.
Gone are the days when you had to roll a cart with a heavy, shared VNA.
Weighing under 3.5 lbs (1.59 kg), the TTR500 has a form factor small
enough to fit in a briefcase. With a price tag to match, you can put a VNA
on every engineering bench to improve efficiency and uptime. In a
classroom, students can get hands-on experience with industry standard
test instrumentation.
Offline simulation mode for analysis of S-parameter files when
disconnected from the instrument.
Industry-leading three year warranty.
Time domain with gating.
Automatic calibration support.
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