|A||Inside width of enclosure||mil||900.0|
|B||Inside height of enclosure||mil||400.0|
|Er||Relative dielectric constant||None||1.0|
|Rho||Metal resistivity (relative to copper)||None||1.0|
|TanD||Dielectric loss tangent||None||0|
A > B
TE10 and evanescent (below cutoff) modes are supported.
- The power-voltage definition of waveguide impedance is used in the frequency-domain analytical model.
- Conductor losses can be specified using Rho or TanM or both. Dielectric loss can be specified using TanD or Sigma or both.
- For time-domain analysis, an impulse response obtained from the frequency-domain analytical model is used.
- If the values of A and B are such that B > A, then B is assumed to be the width, and A is assumed to be the height.
- The "Temp" parameter is only used in noise calculations.
- For noise to be generated, the transmission line must be lossy (loss generates thermal noise).
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- R. Ramo and J. R. Whinnery. Fields and Waves in Modern Radio, 2nd Ed., John Wiley and Sons, New York, 1960.