Used ROHDE & SCHWARZ FSVA40 #293615325 for sale

ROHDE & SCHWARZ FSVA40 is a high-performance general-purpose multifunction vector network analyzer suitable for a variety of different measurements. FSVA40 incorporates a frequency-based vector network analyzer operating up to frequency of 40GHz and a time-domain reflectometer (TDR) operating up to 1.5GHz. ROHDE & SCHWARZ FSVA40 is designed with a bandwidth of 10MHz and a measurement range of up to -45dBm. FSVA40 is capable of performing a range of measurements and tests including network characterization, antenna measurements, amplifier parameter measurements, return loss/gain measurements, impedance measurements and frequency-domain cascade analysis. Additionally, its TDR interface makes the unit suitable for cable and interconnect measurements. Accessories such as cables and sensor heads are also available to facilitate testing. ROHDE & SCHWARZ FSVA40 is equipped with a number of features that make it an ideal choice for a variety of test applications. The unit provides a high-accuracy two-port calibration, enabling accurate results without the need to manually set up the instrument. This eliminates manual setting or adjustment errors. The instrument also includes a built-in test port power supply for DC bias checking and a temperature compensated reference for amplitude and phase calibration. FSVA40 is designed for high-speed sweeps, offering an internal switch-time of up to 8ns with a polynomial off-time of just one microsecond. This enables the user to accurately capture the data for both high-frequency (GHz) and low-frequency (MHz) devices. The advanced analyzer software tools also allow for enhanced analysis and manipulation of the data collected. ROHDE & SCHWARZ FSVA40 is designed for both laboratory and mobile installations. The chassis is rugged and lightweight and the built-in PC and display make FSVA40 ideal for in-the-field testing and measurement. Additionally, ROHDE & SCHWARZ FSVA40 comes with a two-year warranty, ensuring a reliable and durable unit.