HD4096 technology enables 12 bits of vertical resolution with 1 GHz bandwidth
A suite of options for power, serial bus and embedded systems debug
Use the standard toolset of WaveSurfer 4000HD 12-bit oscilloscopes for good insight into the quality of a clock signal.
Use built-in WaveScan or conditional Smart triggers to find anomalous clock edges.
Capture long records to build statistics faster. All-instance measurements provide statistics for every clock edge for any acquisition length.
Draw a Trend of measurement values over time. Use Histicons (miniature histograms) to show statistical distributions.
WaveSurfer 4000HD 12-bit oscilloscopes are ideally suited to power rail analysis.
HD4096 12-bit resolution clearly shows small signal details in power rails. Make sensitive measurements like rail collapse characterization with total confidence thanks to WaveSurfer 4000HD’s 0.5% gain accuracy.
View signals in the frequency domain using FFT (standard) or Spectrum Analyzer (optional) to determine the root cause of high noise events.
Built-in high offset capability permits native probing of power rails and other wide dynamic range signals.
WaveSurfer 4000HD 12-bit oscilloscopes support serial trigger and decode for widely used embedded system protocols: CAN, CAN FD, LIN, FlexRay, I2C, SPI and UART-RS232.
Color-coded overlays mark important protocol elements on the electrical signal. Digital decoding appears on overlay as well as in exportable result table.
Trigger on protocol elements or specific DATA patterns using powerful conditional DATA triggering. Highly adaptable ERROR frame triggering isolates protocol errors. Combine UART/SPI bytes into single “message frame” to trigger on proprietary protocols.
Interactive table shows simultaneous decoding of two protocols. Use Search and Zoom to correlate protocol events to other embedded signals.
Add the Power Analysis software option to WaveSurfer 4000HD 12-bit oscilloscopes to measure and analyze the operating characteristics of power conversion circuits.
Analyze device, control loop or line power using predefine tests for losses, safe operating area, B-H curve, etc.
Quickly setup voltage and current inputs. The software uses color-coded overlays to identify turn-on and turn-off transitions.
Automatically calculate switching device measurements, input/output power and input harmonics.