Produktbeschreibung
- MultiSpectral 3D
With the MultiSpectral 3D block you can see the fundamentals and harmonics from all pulsed or frequency modulated signals within the frequency spectrum at a glance in 3D. Persistance, Bins, Sampling Rate and Windowing Functions are adjustable.
- Pulse Detector
The Pulse Detector block can identify pulsed signals matching specified power, duration and width conditions and forward them as JSON data. It is also possible to apply a training and scoring algorithm to group the idenfied pulses into classes and remove them from the spectra data stream, so the remaining unclassified signals become more visible.
- Pulsed Waterfall
With the Pulsed Waterfall block you can identify the duration of any signal live within the frequency spectrum at a glance. It somehow works like an analog tv where you need to tune the sync till you get a stable picture otherwise the picture will scroll up or down the screen. The number of Samples, Persistence, Pulse Duration, Jitter and Time Compression are adjustable.
In addition you can use the "Auto Detect" feature which will try to finde the dominant signal duration within the spectrum with a single mouse click.
- Pulsed Waterfall 3D
With the PulsedWaterfall 3D block you can identify the duration of any signal live within the frequency spectrum at a glance. It somehow works like an analog tv where you need to tune the sync till you get a stable picture otherwise the picture will scroll up or down the screen. The number of Samples, Persistance, Pulse Duaration, Jitter and Time Compression are adjustable. In addition you can use the "Auto Detect" feature which will try to find the dominant signal duration within the spectrum with a single mouse click.
With the MultiSpectral 3D block you can see the fundamentals and harmonics from all pulsed or frequency modulated signals within the frequency spectrum at a glance in 3D. Persistance, Bins, Sampling Rate and Windowing Functions are adjustable.
- Pulse Detector
The Pulse Detector block can identify pulsed signals matching specified power, duration and width conditions and forward them as JSON data. It is also possible to apply a training and scoring algorithm to group the idenfied pulses into classes and remove them from the spectra data stream, so the remaining unclassified signals become more visible.
- Pulsed Waterfall
With the Pulsed Waterfall block you can identify the duration of any signal live within the frequency spectrum at a glance. It somehow works like an analog tv where you need to tune the sync till you get a stable picture otherwise the picture will scroll up or down the screen. The number of Samples, Persistence, Pulse Duration, Jitter and Time Compression are adjustable.
In addition you can use the "Auto Detect" feature which will try to finde the dominant signal duration within the spectrum with a single mouse click.
- Pulsed Waterfall 3D
With the PulsedWaterfall 3D block you can identify the duration of any signal live within the frequency spectrum at a glance. It somehow works like an analog tv where you need to tune the sync till you get a stable picture otherwise the picture will scroll up or down the screen. The number of Samples, Persistance, Pulse Duaration, Jitter and Time Compression are adjustable. In addition you can use the "Auto Detect" feature which will try to find the dominant signal duration within the spectrum with a single mouse click.
Zuletzt angesehen
Es folgt ein Produktslider - navigieren Sie mit der Tab-Taste zu den einzelnen Artikeln.
Waterfall & Pulse Bundle