The Teledyne LeCroy HDO4054A 12-bit HD Oscilloscope features HD4096 high definition technology and a compact form factor with a large 12.1 in. multi-touch display. It is ideal for debugging and troubleshooting power electronics designs, digital power management/power integrity analysis, automotive electronics systems, and deeply embedded or mechatronic designs.

Clean, Crisp Waveforms

When compared to waveforms acquired and displayed using conventional 8-bit oscilloscopes, waveforms captured with HD4096 12-bit technology are dramatically crisper and cleaner, and are displayed more accurately.

More Signal Details

The HDO4054A has 16x more resolution which provides more signal detail. This is especially helpful for wide dynamic range signals in which a full-scale signal must be acquired while at the same time very small amplitude signal details must be analyzed.

Unmatched Measurement Precision

HD4096 technology delivers measurement precision several times better than conventional 8-bit oscilloscopes. Higher oscilloscope measurement precision provides users with a better ability to assess corner cases and design margins, perform root cause analysis, and create the best possible solution for any discovered design issue.

MAUI - Most Advanced User Interface

The HDO4054A features MAUI with OneTouch, developed to put all of the power and capabilities of modern oscilloscopes right at the user's fingertips. It introduces a new paradigm for oscilloscope user experience - it dramatically reduces setup times with drag and drop actions to copy and setup channels, math functions, and measurement parameters without lifting a finger. Use common gestures like drag, drop, and flick to instinctively interact with the oscilloscope. Quickly enable a new channel, math or measurement using the "Add New" button and simply turn off any trace with a flick of the finger. These OneTouch innovations provide unsurpassed efficiency in the operation of this oscilloscope.

MAUI is designed for touch. Users can operate the oscilloscope just like a phone or a tablet, with all of the important controls are one touch away. Touch the waveform to position or zoom in for more details using intuitive actions.

MAUI is also built for simplicity. Basic waveform viewing and measurement tools as well as advanced math and analysis capabilities are seamlessly integrated into a single user interface. The HDO4054A saves time by providing shortcuts and intuitive dialogs to simplify setup and shorten the debug process.

Digital Power Management, Power Integrity

The HDO4054A is perfect for transient rail response, rail voltage power integrity, crosstalk and harmonics evaluation. Specialized probes, analysis software, and serial decoders make fast work of complex embedded system power management and integrity validation.

Deeply Embedded and Mechatronic Systems

Today's consumer appliances and industrial systems combine complex embedded controls, power electronics, and sensors to achieve the highest efficiency and provide important control and other benefits. Time-to-market, cost and quality pressures place exceptional demands on new product test, debug and troubleshooting.

WaveScan Advanced Search

WaveScan provides powerful isolation capabilities that hardware triggers cannot provide. WaveScan allows searching analog, digital or parallel bus signal in a single acquisition using more than 20 different criteria. Or, users can set up a scan condition and scan for an event over hours or even days.

Advanced Math and Measure

With many math functions and measurement parameters available, the HDO4054A can measure and analyze every aspect of analog and digital waveforms. By utilizing HD4096 technology, it measures 16 times more precisely than traditional 8-bit architectures. Additionally, the HDO4054A provides statistics, histicons and trends to show how waveforms change over time.

History Mode Waveform Playback

Users can scroll back in time with History Mode to view previous waveforms and isolate anomalies. Use cursors and measurement parameters to quickly find the source of problems. History mode is always available with a single button press - no need to enable this mode or miss a waveform.

Trigger

The HDO4054A features powerful, flexible triggers designed by people who know the standards, with the unique capabilities users want, in order to isolate unusual events. Conditional data triggering permits maximum flexibility and highly adaptable error frame triggering is available to isolate error conditions. Efficiently acquire burst data using Sequence Mode to maximize the oscilloscope's memory usage. Sequence Mode enables the oscilloscope to ignore idle time and acquire only data of interest.

Decode

Decoded protocol information is color-coded to specific portions of the serial data waveform and transparently overlaid for an intuitive, easy-to-understand visual record. All decoded protocols are displayed in a single time-interleaved table. Users can touch a row in the interactive table to quickly zoom to a packet of interest and select a column header to create filter criteria, as is commonly done in spreadsheets. Users can also easily search through long records for specific protocol events using the built-in search feature.

LabNotebook Documentation Tool

LabNotebook is a standard feature of HDO4054A and is the ideal documentation tool. LabNotebook automatically saves all displayed waveforms, oscilloscope setup file, and a screen image with a single button press, eliminating the need to navigate multiple menus to save all these files independently. Users can report files that can be annotated and shared with colleagues to fully document all results. Users can also easily recreate experiments and compare tests results amongst colleagues across the world by recalling LabNotebook files back onto the oscilloscope or view on a PC using WaveStudio.

Advanced Waveform Capture with Sequence Mode

Users can leverage sequence mode to store up to 10,000 triggered events as segments. This is ideal when capturing fast pulses in quick succession or when capturing events separated by long time periods. Each segment has a timestamp and dead-time between triggers is less than 1 μs. Users can isolate rate events over time by combining them with advanced triggers.