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Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be m...
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#3: Post edited
by
TonyStewart
·
2021-05-04T22:21:49Z (almost 3 years ago)
Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be measureable even with a 2 ps TDR.- WHAT COUNTS is the RL and loss tangent.
- Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be measureable even with a 2 ps TDR. Emissions are not significantly different.
- WHAT COUNTS is the RL and loss tangent.
#2: Post edited
by
TonyStewart
·
2021-05-04T22:21:10Z (almost 3 years ago)
Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be measureable even with a 2 ps TDR.
- Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be measureable even with a 2 ps TDR.
- WHAT COUNTS is the RL and loss tangent.
#1: Initial revision
by
TonyStewart
·
2021-05-04T22:20:40Z (almost 3 years ago)
Corners and chambers that are a small fraction of a wavelength are not significant in the <4Ghz band. More significant is the tolerance and loss tangent on the substrate. They would hardly be measureable even with a 2 ps TDR.