It provides 10 Mpts of memory per channel and a sample rate of 4 GS/s. The WaveSurfer3000 can also be used as a multi-functional device, such as a waveform generator with a built-in function generator, a protocol analyzer that provides triggering and decoding for serial data, and a logic analyzer capable of measuring 16 channels of mixed signals.

The recently released WaveSurfer3000 has received very good reviews. “The high specifications, multi-functionality, advanced MAUI user interface, and competitive pricing resonated strongly with users, who requested models with higher bandwidth,” said Chris Boussot, Product Manager at Teledyne LeCroy. “The launch of the 750MHz model provides expanded bandwidth while maintaining the high specifications and affordable price of the WaveSurfer 3000 at its initial introduction.”

With an extremely fast waveform update rate of 130,000 times per second, a history mode for reviewing waveforms, and Teledyne LeCroy's proprietary WaveScan advanced search capabilities, the WaveSurfer 3000 delivers exceptional performance for waveform error detection. Furthermore, its advanced active probe interface enables the measurement of various signals, including high voltage, high frequency, current, and differential signals. It is also equipped with excellent tools that accelerate debugging, analysis, and documentation, such as powerful computation and measurement, sequence mode, and LabNotebook.

MAUI Advanced User Interface

MAUI is an advanced user interface developed to maximize the utilization of all oscilloscope performance and functions with a single finger. MAUI was designed based on three mottos: “Touch,” “Simplicity,” and “Troubleshooting.” “Touch”: It was developed to allow intuitive touchscreen operations to interact with core oscilloscope controls, such as repositioning and zooming waveforms, moving the cursor, and setting measurements. “Simplicity”: It integrates basic functions and advanced tools to enable simple and easy operation. “Troubleshooting”: It allows for the measurement of all aspects of the waveform to quickly identify the cause of a problem. The cause of such problems can be found using debug tools, and they can be quickly resolved using analysis tools.