Used LECROY WR6050 #9033593 for sale

LECROY WR6050 is a digital oscilloscope electronic test equipment designed to capture, measure, and analyze electrical signals. It features high signal acquisition bandwidth of up to 500 MHz and record length of up to 200,000 points per channel. This makes it ideal for capturing detailed waveforms with fine details. WR6050 is suitable for a variety of applications, including high-frequency pulse measurements, RF characterization, clock signal measurements, power measurement, clock jitter analysis and power integrity testing. It also offers versatile triggering capabilities, multi-channel triggering, deep memory and advanced signal analysis to improve measurement performance. LECROY WR6050 offers an intuitive user interface with a 7 inch 800 x 480 pixel color LCD display. The user interface provides a variety of functions, including real-time autoscaling, waveform limits, multiple triggering modes, and transfer trace functions that can be used to quickly and easily measure, observe, and analyze signals. WR6050 is provides a variety of advanced signal analysis features, including spectrum analysis, FFT, and power measurement. This allows users to view, measure, and analyze signals in the frequency domain. It also provides a variety of signal analysis tools such as tracking, histograms, and peak detection capabilities. LECROY WR6050 connects to a PC via USB and supports a number of screen capture and management software programs such as WaveExpert, WaveSurfer 7, and WaveStudio. This allows users to access the waveforms from the oscilloscope for additional analysis. WR6050 has a built-in 6-digit frequency counter for quick and accurate frequency measurements. It is powered by an AC adapter and can be used simultaneously with multiple channels for multi-channel measurement and analysis. Overall, LECROY WR6050 is a digital oscilloscope with 500 MHz bandwidth and versatile signal analysis capabilities. It is an ideal instrument for a wide range of applications, including high frequency pulse measurements, clock jitter analysis, RF characterization and power integrity testing.