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Narda Signal shark Persistence (of real-time Spectrum)

Manufacturer part number: 3310/95.004
Real-time spectrum persistence display option for detailed RF signal analysis using the Narda SignalShark.
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The Persistence Option for the Narda SignalShark enables advanced real-time spectral analysis by retaining and displaying past signal energy occurrences over time. This function is critical when trying to detect short-duration or intermittent signals that may be hidden during a standard real-time sweep.

By visualizing spectrum persistence, users can distinguish between constant and transient signals with high temporal resolution. The display shows how often a specific power level occurs at a given frequency, enabling users to identify low-duty-cycle or burst-type emitters that would otherwise be missed.

This option is highly valuable in environments with complex RF activity, helping in the analysis of communication systems, interference sources, and spectrum occupancy trends.

Key Features:

  • Real-time spectral persistence display

  • Highlights transient and intermittent signals

  • Visualizes signal occurrence density over time

  • Color-coded heatmap for easy signal interpretation

  • Assists in locating and identifying hidden or burst signals

  • Ideal for spectrum monitoring and interference analysis

  • Frequency range: Depends on SignalShark base model

  • Display mode: Color-coded spectrum heatmap

  • Time resolution: Adjustable; optimized for high-speed capture

  • Storage: Live display, no long-term data logging (handled via PC software)

  • Integration: Native within SignalShark firmware when option is activated

  • Visualization: User-defined thresholds and decay time

Description

The Persistence Option for the Narda SignalShark enables advanced real-time spectral analysis by retaining and displaying past signal energy occurrences over time. This function is critical when trying to detect short-duration or intermittent signals that may be hidden during a standard real-time sweep.

By visualizing spectrum persistence, users can distinguish between constant and transient signals with high temporal resolution. The display shows how often a specific power level occurs at a given frequency, enabling users to identify low-duty-cycle or burst-type emitters that would otherwise be missed.

This option is highly valuable in environments with complex RF activity, helping in the analysis of communication systems, interference sources, and spectrum occupancy trends.

Key Features:

  • Real-time spectral persistence display

  • Highlights transient and intermittent signals

  • Visualizes signal occurrence density over time

  • Color-coded heatmap for easy signal interpretation

  • Assists in locating and identifying hidden or burst signals

  • Ideal for spectrum monitoring and interference analysis