RENT ROHDE & SCHWARZ ZNA43 Vector Network Analyzer (Call for Availability)
The Rohde & Schwarz ZNA43 Vector Network Analyzer stands out in the world of high-performance testing and measurement equipment. Designed for both development and production purposes, this analyzer excels in applications requiring unparalleled accuracy, particularly in aerospace, defense, and satellite systems. Its exceptional stability and low trace noise ensure reliable measurements, while its excellent raw data quality speaks to its superior engineering.
Equipped with up to four internal, phase-coherent sources, the ZNA43 allows for independent frequency control at each port, making it ideal for precise phase measurements on mixers. With two internal local oscillator (LO) sources and a true multichannel receiver architecture, it integrates seamlessly with pulse generators and modulators. This sophisticated functionality is paired with an internal combiner and extensive trigger and synchronization capabilities, streamlining your testing processes.
The versatility of the Rohde & Schwarz ZNA43 is further highlighted by its capability to perform intermodulation measurements on mixers and receivers without the need for external signal generators. This not only minimizes testing time but also simplifies setup, enabling a more efficient workflow. Users can easily navigate through measurements using a user-friendly wizard that guides them through configuration and calibration, allowing for quick creation of measurement traces and efficient operation.
The ZNA43 is particularly adept at characterizing low-noise amplifiers (LNA), receivers, frequency-converting devices under test (DUTs), and transmit/receive (T/R) modules with remarkable precision. To enhance user experience, it features dual independent touchscreens that provide optimal flexibility and facilitate smooth operations.
| Frequency Range |
10 MHz to 43.5 GHz |
| Number of Ports |
2 or 4 |
| Dynamic Range |
139 dB (typ.), up to 170 dB (typ., with option) |
| Trace Noise |
< 0.001 dB (at 1 kHz IF bandwidth) |
See Data Sheet for full specifications.
