HD4096 technology enables 12 bits of vertical resolution with 8 GHz bandwidth
The most channels of any oscilloscope, with no analog-digital tradeoffs
Exceptionally long capture times at full sample rate and resolution
Setup is incredibly easy with just four simple steps:
With up to 5 Gpts of acquisition memory, WaveRunner 8000HD 12-bit oscilloscopes capture long periods of time, yet maintain high sample rate for visibility into the smallest details.
WaveRunner 8000HD oscilloscopes contain a sophisticated acquisition and memory management architecture that makes 5 Gpt acquisitions fast and responsive. More memory means more visibility into system behavior.
Long memory and high sample rates capture both millisecond-scale trends and picosecond-scale glitches. WaveRunner 8000HD oscilloscopes are equipped with an advanced user interface that makes it easy to find features, navigate directly using timebase scale and position knobs, or set up a zoom trace whichever you prefer. Apply analysis tools easily to any type of trace.
WaveRunner 8000HD can acquire 500 ms of data at the full 10 GS/s sample rate and always with 12 bits of resolution. Oscilloscopes with less memory require trading sample rate for acquisition time.
WaveRunner 8000HD 12-bit oscilloscopes deliver 8 analog channels (16 with OscilloSYNC), 3-phase power analysis software, and high performance probes for inverter subsection, power system and control testing.
Analyze short or long acquisitions. The mean value Numerics table summarizes static performance, while per-cycle Waveforms help you understand dynamic behaviors. Use Zoom+Gate to isolate and correlate power system behaviors to control system activity during time periods as short as a single device switching cycle.
HVD series high voltage differential probes have 65 dB CMRR at 1 MHz with 1% gain accuracy, the widest voltage ranges, and up to 6 kV common-mode rating. Connect current probes or use your own transducers with the programmable CA10 current sensor adapter to create a customized “probe”. HVFO fiber-optic probes are ideal for gate drive probing.
8 analog inputs at up to 2 GHz let you monitor an H-bridge’s four pairs of device output and gate drive input signals. Cascaded H-bridges may be easily monitored using 12 channels, with three additional channels for output voltage. WaveRunner 8000HD has enough channels for full 3-phase power section input/output and control section analysis.
WaveRunner 8000HD 12-bit oscilloscopes combine a high channel count, long memory, and wide range of validation and debug software to best address the specific test needs of the automotive industry.
Unique capabilities that build on our legacy serial data trigger and decode provide the most complete debug and validation of automotive buses. Cover all aspects of physical layer Automotive Ethernet testing with compliance test software and a dedicated Automotive Ethernet debug toolkit.
The flexibility of 8 12-bit analog channels and 16 digital channels makes WaveRunner 8000HD the best way to analyze the array of analog, digital and sensor signals in today’s complex ECUs. Easily capture system startup behavior and perform causal analysis with 5 Gpt of memory.
12-bit resolution for spectral analysis provides more insight. Specialized EMC/EMI pulse parameters provide measurement flexibility. Support for all relevant electrical and magnetic field units of measure. Capability to measure sub-1 Hz magnetic field strengths.
WaveRunner 8000HD 12-bit oscilloscope's high resolution, long memory and high channel count let you validate and debug all aspects of power supply, delivery and consumption for complete confidence.
Make sensitive measurements like rail collapse characterization with complete confidence thanks to WaveRunner 8000HD's high dynamic range and 0.5% gain accuracy. Its HD4096 architecture means an exceptionally low noise floor for easily pinpointing noise sources.
Combine WaveRunner 8000HD with the RP4030 4 GHz Power Rail Probe for unsurpassed insight into PDN behavior. The variety of probe tips ensures easy connectivity, and its low loading characteristics minimize disruption to the device under test.
8 analog channels with 12-bit resolution and high offset capability give full visibility into power sequencing behavior with 16 digital inputs available to decode and trigger on SPMI, SMbus, PMbus and other power management interfaces. Up to 5 Gpts of acquisition memory to capture every detail.
WaveRunner 8000HD 12-bit oscilloscopes acquire the longest records at the highest resolution for the most comprehensive deeply embedded computing system analysis (analog, digital, serial data and sensor).
More standard math, measure, pass/ fail and other tools than other oscilloscopes provide faster and more complete insight into circuit problems. Many additional application packages are optionally available to enhance understanding.
8 channels with 12-bit resolution make the WaveRunner 8000HD the best performing oscilloscope for embedded systems testing, specifically those with sensor signals. 5 Gpts of memory captures every detail when performing causal analysis.
A wide selection of low voltage, high voltage and current probes accurately measures every signal in your circuit. Additional probe adapters easily integrate third-party probes.
This white paper provides an overview of the various high resolution design approaches, with examples of their impact on oscilloscope performance.
This application note explores considerations for probing power distribution networks, and compares options for probing power rails using Teledyne LeCroy’s 12-bit High Definition Oscilloscopes.
In this application note, we explain some best practices for getting good measurement results with standard, 10x passive probes.
This application note shows how to build a low-cost, simple power-rail probe for use in those applications where the 10x probe won’t do.
This application note describes how to use Teledyne LeCroy’s 12-bit High Definition Oscilloscopes to evaluate a single power rail’s response to the sudden application of a load, or the response of multiple rails within a power distribution network under similar conditions.
Compare 3-phase power conversion analysis capabilities for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Tektronix MSO58 oscilloscopes.
Compare automotive electronics testing capabilities for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Tektronix MSO58 oscilloscopes.
Compare deeply embedded/mechatronic systems testing capabilities for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Tektronix MSO58 oscilloscopes.
Compare power integrity and power sequencing analysis capabilities for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Tektronix MSO58 oscilloscopes.
Compare banner specifications for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Tektronix 5 Series oscilloscopes.
Compare banner specifications and power analysis capabilities for the Teledyne LeCroy WaveRunner 8000HD 12-bit High Definition Oscilloscopes to the Yokogawa DLM4000 oscilloscopes.