Used ROHDE & SCHWARZ FSEM30 #9085375 for sale

ROHDE & SCHWARZ FSEM30
ID: 9085375
Spectrum Analyzer, 20 Hz to 26.5 GHz Options: B7, B22, K10.
ROHDE & SCHWARZ FSEM30 is an electronic test equipment designed to accurately measure and characterize radio frequency (RF) signals from 6 kHz up to 3 GHz. Its flexibility and performance make it suitable for a variety of applications in research and development, production and field testing. FSEM30's measurement accuracy is ensured by its DSP-based architecture that allows for enhanced measurement speed, reduced measurement accuracy and improved detection sensitivity. A range of features including spectrum analysis, field strength measurement, swept power measurements and interference suppression ensure that measurements are fast and accurate. For analyzing signals, ROHDE & SCHWARZ FSEM30 provides an 88 dBµV/Hz dynamic range and a range of wide bandwidth detectors including logarithmic and rectangular. The wide bandwidth detectors enable accurate measurement of signals, and the logarithmic detector enables recognition of harmonic distortion, which can be used in research and development and manufacturing processes. FSEM30 features a built in synthesizer that allows frequency/level control on CW, modulation and noise signals for accurate signal optimization and analysis. It also includes a power tracker and a range of modulation capabilities such as AM, FM, PM and frequency hopping. ROHDE & SCHWARZ FSEM30 is equipped with built in test routines such as a built in noise measurement routine and a battery drain test routine. It can also be used for manual measurements such as frequency counts, modulation analyses and RF interference measurements. In addition, FSEM30 has an intuitive graphical user interface that makes it easy to use and allows a wide range of customization options. For example, ROHDE & SCHWARZ FSEM30 includes user-definable value ranges, logging and sweep generation instruments to analyze signals and make system measurements more efficient. FSEM30 is well-suited to a variety of applications such as RF signal characterization, research and development and manufacturing of RF devices. Its accuracy and flexibility ensures that it can provide reliable and fast results without compromising quality.
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