Capture Every Detail

  • 4 channels, 1 GHz, 250 Mpts
  • 12 bits all the time
 
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HD4096 technology enables 12 bits of vertical resolution with 1 GHz bandwidth

Highest Resolution

HD4096 technology enables 12 bits of vertical resolution with 1 GHz bandwidth

  • Clean, Crisp Waveforms
  • More Signal Details
  • Unmatched Measurement Precision
15.6 inch display size on the hdo6000b oscilloscope

Bigger display

Capture every detail with a bigger 15.6" display

  • 1920x1080 Full HD resolution
  • Sleekest instrument, smallest footprint
  • New design, most bench space
maui software tools for the hdo6000 oscilloscope

More Capability

Increase productivity with specialized
tools

  • MAUI Studio
  • Spectrum Analysis
  • QualiPHY Compliance Testing

Videos

 
 
 
 

Today’s highly complex power-conversion systems and embedded control systems are becoming smaller and denser, with more sensor inputs and lower-voltage power rails than ever.

HDO6000B's combination of 12-bit resolution at 1 GHz bandwidth and a competitive software toolset makes it ideal for these key applications.

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  • 115.6" 1920 x 1080 capacitive touchscreen display
  • 24 analog input channels
  • 3ProBus input supports every Teledyne LeCroy probe
  • 4MAUI with OneTouch user interface for intuitive and efficient operation
  • 5Q-Scape multi-tab display architecture
  • 6Up to 250 Mpts of acquisition memory
  • 7HD4096 technology - 12 bits all the time
  • 8Buttons/indicators color-coded to associated waveform on display
  • 9Use cursors and adjust settings without opening a menu
  • 10Mixed Signal capability with 16 integrated digital channels
  • 116 USB 3.1 ports (2 front, 4 side)

Power Conversion

HDO6000B is great for inverter subsection, power system, and control testing.

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Flexible Power Calculations

Use Numerics table for static performance and per-cycle waveforms for dynamic analysis

Comprehensive Probing

Voltage, Current, Differential, Single-Ended, Fiber Optic, the HDO6000B supports it all!

Two-wattmeter Support

Enable the two-wattmeter method on the HDO6000B and make 3-phase measurements on 4 channels instead of 6

Automotive Electronics

HDO6000B 12-bit oscilloscopes best address the specific test needs of the automotive industry.

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Ideal for 48 V systems

Plug DL-HCM probes into the HDO6000B and get great insight into 48 V battery-powered motor and drive systems

Superior IVN tools

Cover all aspects of physical layer Automotive Ethernet compliance testing and debug on an HDO6000B

EMI/EMC pre-compliance test

HDO6000B provides Spectrum Analysis and specialized EMI/EMC parameters for more insight and maximum flexibility

Power Integrity

12 bits all the time with HDO6000B means complete confidence for power integrity applications

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Accurate PDN measurements

Use built-in WaveScan or conditional Smart triggers to find anomalous clock edges.

Specialized power probes

Capture long records to build statistics faster. All-instance measurements provide statistics for every clock edge for any acquisition length.

Spectrum Analysis

Draw a Trend of measurement values over time. Use Histicons (miniature histograms) to show statistical distributions.

Embedded System Debug

HDO6000B gives the most comprehensive embedded system analysis (analog, digital, serial data, and sensor).

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Clock Analysis

Use built-in WaveScan or conditional Smart triggers to find anomalous clock edges.

Protocol Analysis

Capture long records to build statistics faster. All-instance measurements provide statistics for every clock edge for any acquisition length.

Power Management Tools

Draw a Trend of measurement values over time. Use Histicons (miniature histograms) to show statistical distributions.

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