WavePro HD high-precision oscilloscope, do you know?

What is the WavePro HD high-precision oscilloscope? What does it do? Teledyne LeCroy launches the WavePro HD high-precision oscilloscope, which for the first time combines HD4096 12-bit high-precision technology and 8 GHz bandwidth to achieve low noise and high signal fidelity. WavePro HD oscilloscopes feature fast response of up to 5 Gpts and easy-to-navigate acquisition memory, an industry first, to capture extremely fine waveform details over time, and a deep and powerful analysis toolkit to quickly gain insight into the behavior of your system.

The WavePro HD 12-bit oscilloscope specifically enables engineers to develop smaller, faster, and lower-power mobile and handheld devices and high-speed, deeply embedded computing systems and data centers where common features include analog sensor inputs, Power delivery network (PDN) for low-voltage power rails as well as high-speed CPU and serial data interfaces. This requires an oscilloscope with a unique combination of high resolution, low noise, high bandwidth and long acquisition time at high sampling rates to complete the full debugging of the system.

All WavePro HD oscilloscopes are equipped with a 15.6-inch, 1920 x 1080 capacitive touch screen and Teledyne LeCroy’s powerful MAUI user interface, which enables intuitive and efficient multi-touch operation. WavePro HD is available in four models with bandwidths from 2.5 GHz to 8 GHz, all with sample rates up to 20 GS/s.

HD4096 High Precision Technology Meets 8 GHz Bandwidth

At the heart of WavePro HD is a new 8-GHz chipset that includes a low-noise front-end amplifier and a 12-bit ADC. The chipset is tightly integrated with the new low-noise, high-bandwidth system architecture to deliver the industry's first 8 GHz, 12-bit ADC. Fully unleash the potential of HD4096 high-precision technology in your oscilloscope. While competing instruments either simply put a 10- or 12-bit ADC into a traditional 8-bit signal path or use software techniques to sacrifice bandwidth for higher resolution, WavePro HD's HD4096 technology delivers the highest resolution at full bandwidth. efficiency and lowest noise, without any trade-offs.

Next generation long storage architecture

With WavePro HD's new generation signal acquisition and storage management architecture, 5G sample point acquisition is fast and responsive. At the same time, WavePro HD's MAUI advanced user interface can easily find, browse and comprehensively analyze waveform features of interest. WavePro HD can acquire 250 ms at the full sampling rate of 20 GS/s and always maintain 12-bit resolution.

Best-in-class debugging of deeply embedded computing systems

In WavePro HD, high-resolution analog input channels can be combined with optional mixed-signal oscilloscope (MSO) digital input channels to capture a variety of analog sensors, digital logic, power rails, serial data and other signals. Serial Data Standard analysis tools are fully enhanced with triggering, decoding, measurement/graphing, and eye diagram (TDME) options. As a result, WavePro HD performs the industry's best long-term capture cause-and-effect analysis between any high- and low-speed signals, including Power Delivery Network (PDN) signals, analog sensor inputs, digital and serial data information, and when combined with Teledyne LeCroy functionality With the powerful in-depth analysis toolbox, high-speed serial data jitter analysis and consistency testing can be completed. Users can easily obtain ideal debugging and analysis solutions for deeply embedded computing systems.

Unparalleled power integrity verification

WavePro HD's high bandwidth and high vertical resolution are ideal for measuring and analyzing chip and system PDN behavior. High bandwidth means accurate characterization of high-speed chip effects such as ground bounce, while WavePro HD's high dynamic range and 0.5% gain accuracy ensure This provides confidence in noise-sensitive measurements such as orbital collapse. Combining an extremely low noise floor with spectrum analysis tools to help extract and identify the subtlest sources of PDN interference, the RP4030 4 GHz power integrity probe connects to the original signal path with a flexible connection front end, enabling WavePro HD to be unparalleled power integrity verification capabilities.

EMC pulse characterization

In EMC laboratories, WavePro HD cleverly combines 2.5 or 4 GHz bandwidth with very high sampling rates and resolutions, enabling extremely accurate pulse characterization. Meanwhile, on the test bench, system designers must identify EMI interference sources from dense electromagnetic environments. WavePro HD's ultra-low noise and intuitive spectrum analysis capabilities combine to form a powerful interference search tool.

Serial Data Jitter and Noise Analysis

For serial data analysis, 12-bit resolution, low noise floor, and extremely low time base jitter (60 fs) give WavePro HD significant advantages in jitter and noise measurements. Optional SDAIII CompleteLinQ software includes the industry's most complete serial data jitter and vertical noise analysis tools, while the optional QualiPHY serial data compliance software package enables easy physical layer compliance verification.

ProBus2 interface supports 8GHz bandwidth

WavePro HD is equipped with a new 8 GHz bandwidth, BNC-compatible ProBus2 probe interface. The new 8 GHz and 6 GHz ProBus2 probes can be connected directly to the WavePro HD oscilloscope, and are also compatible with the 4 GHz ProBus interface on other Teledyne LeCroy oscilloscopes. In addition, ProBus-compatible probes can be used with the new ProBus2 interface without the need for adapters, ensuring that the ProBus 2 interface is compatible with Teledyne LeCroy's wide range of existing probes. The above is the analysis of WavePro HD high-precision oscilloscope, I hope it can help you.