RENT ROHDE & SCHWARZ ZNA67 Vector Network Analyzer (Call for Availability)
Introducing the Rohde & Schwarz ZNA67, an unparalleled solution for high-precision testing in development and production environments. Renowned for its exceptional stability and low trace noise, this Vector Network Analyzer is ideal for the design and manufacturing of components tailored for Aerospace, Defense, and satellite applications. Gain confidence in your measurements with the ZNA67’s impressive capabilities.
The ZNA67 features up to four internal, phase-coherent sources, enabling independent frequency control for each port and facilitating precise phase measurements on mixers. With two internal local oscillator (LO) sources and a true multichannel receiver architecture, this analyzer streamlines your testing processes. Pulse generators, modulators, and an internal combiner are integrated for comprehensive testing, along with advanced trigger and synchronization functionalities.
Revolutionize your testing workflows with the ZNA67, which allows for intermodulation measurements on mixers and receivers without the need for external signal generators. This capability significantly reduces test times and simplifies your test configurations. Designed with user experience in mind, the analyzer's intuitive wizard guides you step by step through the calibration and configuration process, covering all essential parameters while generating measurement traces with remarkable efficiency.
The Rohde & Schwarz ZNA67 excels in characterizing low-noise amplifiers (LNA), receivers, frequency-converting devices under test (DUTs), and transmit/receive (T/R) modules. Experience unmatched operational flexibility with two independent touchscreens, allowing for smooth, efficient navigation and control.
Specifications for the ROHDE & SCHWARZ ZNA67 Vector Network Analyzer Include:
| Frequency Range |
10 MHz to 67 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 Datasheet for full specifications.
