Used LECROY SBAE30B-2XEH32.ED32 #170351 for sale

LECROY SBAE30B-2XEH32.ED32 is a high-end oscilloscope designed by legendary American brand LECROY Companies, Inc. It is the latest addition to their renowned oscilloscope family, the XE Series, and is a 32-bit, 2-channel oscilloscope with a bandwidth of 30GHz. The SBAE30B-2XEH32.ED32 is a powerful and feature-packed test instrument optimized for RF/microwave applications. Its combination of exceptional performance and versatile functionality makes it ideal for characterizing high speed digital and RF signals. Its maximum sampling rate is 12Gs/s per channel, allowing for fully captures and retrieval of detailed waveform information. The XE Series also boasts an intuitive user interface and exceptional real-time processing capabilities. It features a multi-touch display and touchscreen control to facilitate quick access to waveform details, and the built-in Search and Mark feature enables the user to quickly locate and label waveforms of interest. The XE Series also has several automated features, such as its Autoset function which quickly configures the scope based on signal parameters, as well as graphical waveform cursors and Automatic Measurement of DC and peak-to-peak parameters. The XE Series also offers a number of advanced debugging and analysis tools. These enable the user to more deeply characterize high speed signals, automatically detect jitter and assess eye diagram characteristics, for example. It also offers a wide range of external triggering, analyzing and data storage options to facilitate automated test and measurement processes. Finally, the XE Series is a highly reliable and compact oscilloscope, with impressive environmental specifications and an MTBF of >500,000 hours. It also has a smaller footprint, with dimensions of 305 x 153 x 345 mm, so it can easily be incorporated into many existing laboratories without requiring extra space. Given the powerful performance, intuitive hardware and advanced analysis offered by LECROY SBAE30B-2XEH32.ED32, it is an ideal choice for demanding RF/microwave applications requiring precision and stability.