RENT ROHDE & SCHWARZ FSVA3007 Signal and Spectrum Analyzer (Call for Availability)
The Rohde & Schwarz FSVA3007 delivers a performance level that until recently was reserved for high-end instruments. It is equally suitable for analyzing frequency agile signals and wideband signals as for linearizing power amplifiers. It supports all modern cellular and wireless standards; its frequency ranges and bandwidth options are a perfect match for 5G NR. It provides high throughput and yield in the production of cellular base stations and components and is equally suitable for development and verification labs. The FSVA3007 features functions and wizards, which makes complex user measurement scenarios fast and easy.
With an analysis bandwidth of up to 400 MHz, an outstanding phase noise of –120 dBc (1 Hz) at 10 kHz offset and a high dynamic range: the Rohde & Schwarz FSVA3007 signal and spectrum analyzer has everything needed to keep up with demanding measurement applications. Setting up RF parameters with touchscreen gestures is easy. The auto set feature automatically sets the most important parameters such as frequency, level and gating. The SCPI recorder, which translates manual operation into remote control command scripts, is the dream of any test system software engineer. And event based actions support you when debugging your DUT by capturing and documenting rare events. With its high measurement speed and easy usability, it is the right instrument for demanding signal analysis tasks both in the lab and on a production line.
Specifications for the ROHDE & SCHWARZ FSVA3007 Signal and Spectrum Analyzer Include:
Frequency Range | 10 Hz to 7.5 GHz |
I/Q demodulation bandwidth | 28 MHz std (up to 400 MHz) |
Channel Filter | 100 Hz to 5 MHz |
Video Filter | 1 Hz to 10 MHz |
See Datasheet for full specifications
Other models in this series:
Testimonials |
I really appreciate the quick turnaround, we queried early afternoon and are able to have the rental test equipment here within 20 hrs. Thank you for making that happen. -- Kabul S. Chandler, AZ |