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EMS – New FEM 2D Engine
[size=111%]•Modeling of
0 m0 n0 ~/ \% C' q4 V- B& ]. S–Dielectric loss
& w. l# r x1 W8 j" |" D5 Y0 l+ I–Skin effect and proximity effect
, S: S" p; e& R* f6 J" t# R }5 z–Arbitrary cross-sections (CPW, Trapezoid)
+ E0 w# s/ F! e$ F% X' |% G–Anisotropic material / R6 w1 I$ R$ k: n
–Dispersive material
/ G/ p. W! N: h! E" m Q[size=111%]•Output 6 S+ P0 X, V# x; d! q
–RLGC
+ ^5 R, _, f2 b3 ?) P+ _: h–S-Parameter [size=111%]–$ f" P# w7 q0 y; }0 K
, H. P* I0 f( l5 q2 N* J" h
4 O1 Y; O: F/ a" N5 ^$ Z! `: o4 N. v
+ P- F" o7 H! c) v+ a; I1 u- e+ e
1 U, E' `0 p/ d" _+ TSkin effect can be handled but displacement currents cannot 9 a+ G+ J; L* R
[size=111%]–Accuracy can still be quite good |
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