Used LECROY WaveRunner 64Xi #9294162 for sale

LECROY WaveRunner 64Xi
ID: 9294162
Oscilloscope Bandwidth 600 MHz 10GS/s Memory: 12.5Mpts.
LECROY WaveRunner 64Xi is a powerful and feature-rich electronic test equipment for troubleshooting and optimizing electronics. This piece of equipment can be used for a range of tasks such as designing, prototyping, verification and production testing. It is a highly advanced oscilloscope, with a maximum real-time sample rate of up to 5 GS/s. WaveRunner 64Xi has four channels with a wide range of input capture capabilities, allowing simultaneous monitoring of multiple signals. LECROY WaveRunner 64Xi features an acquisition system that offers a range of functionalities for high-performance analysis and debugging. These include memories, masks, cursors, math functions, and triggering modes such as Edge, Runt and Width. It has a large UXGA (1920 x 1200) display that is capable of displaying four windows in different formats such as XY, Logic, Column, Histogram, FFT, and SCOPE. The advanced triggering system within WaveRunner 64Xi makes it easy to capture even the most complex of transients. LECROY WaveRunner 64Xi also offers an optional Windows software architecture for control and data analysis. This software has the ability to analyze and save data from dual display mode, cursors and histogram modes, making it ideal for analysing and debugging complex signals. WaveRunner 64Xi also comes with an integrated universal serial bus (USB) port allowing users to transfer data between the instrument and a PC for storage and further analysis. It also offers an optional external storage device such as a USB hard drive for large data files. Overall, LECROY WaveRunner 64Xi is a highly advanced piece of test equipment, offering a range of features to help troubleshoot and optimize electronics. It has an easy-to-use interface, versatile triggering systems and a powerful Windows software architecture for analysis and data saving. It is also a powerful instrument for general lab use, capable of capturing even the most complex of transients.
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