Signal Measurements and Analysis
  

 

The new Wavepilot button and the Analysis Control Area provide quick access to a comprehensive, easy to use set of signal analysis tools that help you solve problems fast. Optional packages expand the Waverunner-2 scope to a complete signal analyzer.

Standard in all models

Press Wavepilot and select the Parameter Dashboard and view up to 26 automatic measurements that update with your waveform in real-time, on screen. Select Graph and view an FFT of a signal up to 50 kpoints. Process signals with Math Tools including averaging to 1,000 sweeps to reduce noise or use enhanced resolution for up to 11 bits of vertical resolution. Chain up to 4 math functions and display the final waveform or any of the intermediate steps.

Extended Math and Measurements (EMM)

The EMM option provides basic graphical signal analysis tools including Histograms (200 events) and Trending of parameters (expanded to over 40). Additional Math Tools include signal integration and differentiation.

WaveAnalyzer with JTA (JTWA)

The WaveAnalyzer JTA option is the ultimate tool for characterization and troubleshooting in time, frequency, and statistical domains. It includes:

  • WaveAnalyzer Signal Analysis (WAVA)

  • Jitter and Timing Analysis (JTA)

WaveAnalyzer Signal Analysis (WAVA)

Waveform averaging capability increases to one million acquisitions. The FFT spectrum analysis expands to process all acquired data up to 8 Mpts and provides additional spectral views. Histograms (up to 2 billion events) and Trends let you view and measure statistical variations of signal parameters. 

Jitter and Timing Analysis (JTA)

JTA has broad applications in measuring and anlayzing digital electronics or mechanically related signals. Measure a wide variety of timing parameters: cycle-to-cycle, period, frequency, time interval and width. Use JitterTrack to plot the parameter variation vs. time. 

Digital Filter Package (DFP)

The DFP option implements a set of linear-phase Finite Impulse Response (FIR) filters. The package enhances your ability to examine important signal components by filtering out undesired spectral components such as noise.

 Filters include:

Low Pass

Raised Cosine

High Pass 

Raised Root Cosine

Band Pass

Gaussian

Band Stop

Custom

Up to 4 filters can be cascaded

Design your own filters with DFP

 

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