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7 Example 2-4 Attenuation Simulation

Simulation link:

https://matlab.mathworks.com/open/github/v1?repo=cfurse/ElectromagneticsTextbookCode&file=AttenuationSimulation.mlapp&focus=true

attenuation simulation app

APPLICATION THUMBNAIL:

IN TEXT DESCRIPTION:

The attenuation simulation application below will allow you to see how adjusting a signal’s frequency and a transmission line’s conductivity will affect the signal’s attenuation. You may also see the signal’s envelope. The load is always matched in this application.

 

Thumbnail for the attenuating wave MATLAB application.
The attenuation simulation application will allow you to see how adjusting a signal’s frequency and a transmission line’s conductivity will affect the signal’s attenuation. You may also see the signal’s envelope. [Image description]

Stills:

IN TEXT DESCRIPTION:

Figure [???] shows an attenuating wave for a 1 V amplitude sinusoidal signal. Notice the skin depth indicated as a blue dot as well as the equation for the envelope’s attenuation. See the attenuation simulation app to explore how conductivity and frequency affect the skin depth.

 

Annotated graph of an attenuating wave for voltage against position from the load.
Figure [??] shows an attenuating wave for a 1 V amplitude sinusoidal signal. See the attenuation simulation app for more. [Image description]

 

Videos:

IN TEXT DESCRIPTION:

Figure [???] shows the evolution of an attenuation wave for 1.25 GHz and conductivity 1*10^4 S/m. Notice that as the signal propagates, the peaks of the wave follow the envelope as described by equation [???]. See attenuation simulation app to investigate the envelope further.

 

[Video description]

 

Media Attributions

  • AttenuatingWaveAppThumbnail
  • Attenuating Wave Still