Used ROHDE & SCHWARZ FSEA30 #9407937 for sale

ROHDE & SCHWARZ FSEA30 is an electronic test equipment designed exclusively for measuring and analyzing local oscillator and frequency hopping signals in the range of 100 kHz - 30 GHz. It is an ideal solution for development and production tests of electronic components and systems in the field of communications, broadcasting, radar and aerospace. FSEA30 boasts a wide range of features to allow for the most accurate measurements possible. It features a very wide dynamic range (typically 133 dB) and high sensitivity (down to -170 dBm), making it ideal for quickly assessing the performance of any device under test. It also includes intuitive user controls, such as variable sweep speed, digital markers, hardware zooming and graphic displays, as well as very rapid control options with auto measurements and peak search. Due to its embedded processor, ROHDE & SCHWARZ FSEA30 offers powerful data acquisition capability, which can be used to capture data streams of up to 10 ksamples per second for detailed analysis. This makes it possible to analyze both dynamic and static properties of signals, such as packet and burst activities, protocol analysis, triggering on specific events and measure relative timing relationships. The measurement results from the data acquired by FSEA30 can be compared to predetermined reference values for an easy and reliable verification of the performance of the device under test. ROHDE & SCHWARZ FSEA30 offers a variety of I/O connectivity options, including USB, LAN, RF and GPIB interfaces. This makes it possible to take advantage of third-party software packages for comprehensive data analysis. Additionally, the device has various integrated applications, such as an integrated oscilloscope, spectrum analyzer and frequency hopping receiver, to quickly set up and test signals without external instruments. With these features combined, FSEA30 is the perfect tool for measuring, monitoring and analyzing frequency hopping signals accurately and quickly.