Used ROHDE & SCHWARZ FSEB30 #9154223 for sale
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ID: 9154223
Spectrum analyzer
Frequency: 20Hz to 7GHz
Options:
B4 (Low phase noise)
B5 (FFT Bandwidth 1Hz~1KHz).
ROHDE & SCHWARZ FSEB30 is a high-performance, low cost vector network analyser ideal for laboratory testing, production testing, material characterisation and more. It offers the latest generation of electronic test equipment at an attractive price point. FSEB30 covers frequency ranges from 300 kHz to 3 GHz, with a very precise frequency resolution of 0.1 Hz. It offers high-speed measurements, with a maximum sweep speed of 1800 points/sec and a trace sweep of 300 points/sec. It also features an ultra-low noise floor of -100 dBm for accurate measurements. The analyser features comprehensive sweep modes, including power sweep, Impedance Quadrant sweep, Time-Domain sweep and a unique Multi-Sweep mode. This allows users to quickly and easily switch between different types of measurements with a single touch of a button. ROHDE & SCHWARZ FSEB30 also has a selection of features to review the results of the errors. It has fully isolated output ports which allow users to check and analyse the data directly on the device, making it easier to find and verify test results quickly. FSEB30 comes with a built-in graphic interface and pre-programmed control software. This allows the user to easily navigate the menus and quickly access all the controls available. In addition to this, an optional remote control allows users to control the device easily from their computer or a tablet. ROHDE & SCHWARZ FSEB30 is very versatile and comes with an optional range of accessories, such as power supplies, cables, and antennas. This makes it suitable for a wide range of applications, from RF measurements and testing components, to analysing large-scale networks and even antenna arrays. Overall, FSEB30 is a great piece of electronic test equipment that offers a high-quality performance at a very attractive price. It is suitable for all levels of testing, from those in research to production and material characterisation.
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