Used ROHDE & SCHWARZ RTO2064 #9359360 for sale
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ID: 9359360
Digital oscilloscope
Option: B4
With (4) passive voltage probes, 500 MHz
4-Channels
Resolution: 16 Bit
Operating system: Windows10
Frequency: 6 GHz.
ROHDE & SCHWARZ RTO2064 is an oscilloscope that allows users to accurately measure voltage, current, and time-based signals from the sub-nanosecond to millisecond ranges. RTO2064 features a real-time bandwidth of up to 64GHz, allowing users to measure complex waveforms, including high-bandwidth signals in frequency ranges up to 50GHz. The design of ROHDE & SCHWARZ RTO2064 features both convenience and performance in mind. It has a large 12.1-inch touchscreen display that makes it easy to operate, allowing users to quickly set up and adjust measurements and parameters. The 5GS/s sampling rate offers a high accuracy of measurements and precise visualizations of waveforms. This oscilloscope also comes with a unique triggering system that can identify and capture signal patterns that may not initially appear in the waveform. It can accurately capture high-speed transients with precisely defined internal memory and re-triggering of signals. RTO2064 also features multiple types of triggers, including logic, level, and advanced edge triggering. These advanced trigger functions allow users to analyze a variety of events within a single measurement, such as serial data, pulse widths, and frame patterns. ROHDE & SCHWARZ RTO2064 also features a variety of analysis and measurement functions, including FFT (Fast Fourier Transform) and a variety of digital displays (oscilloscope, waveform, and time domain). With these functions, users can measure individual waveforms or capture a wide range of signals over a period of time. RTO2064 also offers a wide range of options and commands, including scripting commands and an intuitive web app that allows users to set up, control, and program the oscilloscope via a web browser. All of these features make ROHDE & SCHWARZ RTO2064 an ideal oscilloscope for advanced waveform analysis and troubleshooting applications.
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