Used ROHDE & SCHWARZ FSH3.03 #9117768 for sale

ROHDE & SCHWARZ FSH3.03
ID: 9117768
Spectrum analyzers.
ROHDE & SCHWARZ FSH3.03 is an advanced electronic test equipment used in both laboratory and field environments. It is designed to accurately measure electronic parameters such as amplitude, phase and harmonic distortion up to 3GHz, making it well-suited for a wide variety of test and measurement applications. Physically, the FSH3.03 consists of a main unit, a standard power supply and a carrying case. Its design includes a large, alphanumeric LCD display that provides high-visibility measurements and allows easy operation and navigation. Additionally, the unit features two receivers and a balance probe, enabling highly accurate measurements of multiple signals simultaneously. The FSH3.03 uses a number of sophisticated technologies to assure accuracy and reliable performance. One of these is an advanced low-frequency noise reduction function to increase measurement precision by improving the signal-to-noise ratio. This function works on all defined frequency ranges, along with a wide range of optional filters to further improve accuracy. Additionally, the unit processes data quickly to reduce measurement time, and also features a "one-touch" setup to make it easy to configure. In addition to precision measurements, the FSH3.03 also offers an extensive selection of analysis capabilities. These include AM/FM/PM analysis, distortion measurements, frequency response measurements, group delay analysis, pulse response analysis, signal tracking, spectrogram analysis and swept-sine measurements. Overall, ROHDE & SCHWARZ FSH3.03 is an advanced electronic test equipment that offers precise, reliable performance up to 3GHz. It provides a large LCD display, two receivers and a balance probe, plus a variety of analysis functions. The unit also includes a number of features designed to improve accuracy, reduce measurement time and simplify setup. This makes it an ideal choice for a variety of test and measurement applications in both laboratory and field environments.
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