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Offering outstanding RF characteristics and a unique hardware architecture, the ZNA high-end vector network analyzer makes demanding measurements easier than ever.
Another exceptional feature is the analyzer's DUT-centric operating concept, which guides users quickly and conveniently to the desired measurement setup.
Two independent touchscreens provide utmost flexibility for smooth, efficient operation.
The ZNA vector network analyzers are the high-end series of the R&S VNA portfolio: excellent RF-performance is combined with a wide range of software features and a unique hardware concept. The touch-only operation together with the DUT-centric approach makes the ZNA a powerful, universal and compact measurement system for characterizing both, passive and active devices.
The ZNA features exceptional stability, low trace noise and excellent raw data, making it a perfect choice for development and production applications that require high accuracy, e.g. for developing and producing components and modules for A&D and satellite applications.
The ZNA offers four internal, phase-coherent sources, allowing independent control of the signal's frequency at each port as well as phase measurements on mixers. It provides two internal LO sources, a true multichannel receiver architecture, pulse generators and modulators, an internal combiner and comprehensive trigger and synchronization capabilities. These hardware features make the ZNA a universal, compact test system for active and passive device characterization. Even intermodulation measurements on mixers and receivers can be performed without external signal generators, minimizing test time and simplifying test configuration.
Specifications | |
ZNA-Kxx | |
Option Overview | |
Model - Option | Description |
ZNA-K4 (Scalar mixer and arbitrary frequency-converting measurements) | Conversion loss of mixers 2nd source for swept LO measurements 3rd and 4th internal source for intermodulation measurements on mixers and receivers with two converter stages SMARTerCal for vector error corrected scalar frequencyconverting measurements Correction of mismatch on test ports Scalar conversion loss and return loss Isolation measurement: LO → RF and LO → IF Intermodulation products and nth-order intercept point AM/AM conversion |
ZNA-K5 (Vector error corrected converter measurements) | 2-port power UOSM (PUOSM) calibration for vector error corrected conversion loss measurements Forward and reverse conversion loss (magnitude and phase) Absolute/relative group delay AM/AM and AM/PM conversion |
ZNA-K7 (Pulse profile measurements) | Up to 30 MHz IF bandwidth 8 ns time resolution 40 ns minimum pulse width |
ZNA-K9 (Measurements on frequency converters without LO access) | Group delay and relative phase 2nd internal LO for twice the measurement speed and for low trace noise |
Specifications | ||
ZNA-Kxx | ||
Options Overview | ||
Model | Order Number | Description |
ZNA-K1 | 1332.5320.02 | Spectrum analyzer mode |
ZNA-K2 | 1332.5336.02 | Time domain analysis (TDR) |
ZNA-K4 | 1332.5342.02 | Scalar mixer and arbitrary frequency-converting measurements |
ZNA-K4 | 1332.5342.07 | Scalar mixer and arbitrary frequency-converting measurements |
ZNA-K4 | 1332.5342.13 | Scalar mixer and arbitrary frequency-converting measurements |
ZNA-K5 | 1332.5359.02 | Vector corrected converter measurements (without reference mixer and phase reference)¹ |
ZNA-K5 | 1332.5359.07 | Vector corrected converter measurements (without reference mixer and phase reference)¹ |
ZNA-K6 | 1332.5413.02 | Phase coherent source control |
ZNA-K7 | 1332.5371.02 | Measurements on pulsed signals² |
ZNA-K8 | 1332.5388.02 | Millimeterwave converter support |
ZNA-K9 | 1332.5394.02 | Group delay measurements on frequency converters without LO access³ |
ZNA-K9 | 1332.5394.07 | Group delay measurements on frequency converters without LO access³ |
Note:
¹ Requires R&S®ZNA-K4.
² Requires R&S®ZNA-K17.
³ Requires R&S®ZNA-K4, R&S®ZNAxx-B16, and an R&S®ZNAxx-Z9 cable set, or R&S®ZNA-B213 internal combiner, for generating a two-tone signal. An R&S®ZNA (4 ports) is strongly recommended.
Specifications | ||||
ZNA Series Vector Network Analyzers | ||||
Model Overview | ||||
Model | Order Number | Ports | Frequency | Connectors |
ZNA26 | 1332.4500.22 | 2 ports | 10 MHz to 26.5 GHz | 3.5 mm(m) |
ZNA26 | 1332.4500.24 | 4 ports | 10 MHz to 26.5 GHz | 3.5 mm(m) |
ZNA43 | 1332.4500.42 | 2 ports | 10 MHz to 43.5 GHz | 2.92 mm(m) |
ZNA43 | 1332.4500.43 | 2 ports | 10 MHz to 43.5 GHz | 2.4 mm(m) |
ZNA43 | 1332.4500.44 | 4 ports | 10 MHz to 43.5 GHz | 2.92 mm(m) |
ZNA43 | 1332.4500.45 | 4 ports | 10 MHz to 43.5 GHz | 2.4 mm(m) |
ZNA50 | 1332.4500.52 | 2 ports | 10 MHz to 50 GHz | 2.4 mm(m) |
ZNA50 | 1332.4500.54 | 4 ports | 10 MHz to 50 GHz | 2.4 mm(m) |
ZNA67 | 1332.4500.62 | 2 ports | 10 MHz to 67 GHz | 1.85 mm(m) |
ZNA67 | 1332.4500.64 | 4 ports | 10 MHz to 67 GHz | 1.85 mm(m) |