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MSL2


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 EXAMPLE / microstrip / MSL2

 This example shows how to use the MSL-port.
 The MSL is excited at the center of the computational volume. The
 boundary at xmin is an absorbing boundary (Mur) and at xmax an electric
 wall. The reflection coefficient at this wall is S11 = -1.
 Direction of propagation is x.

 This example demonstrates:
  - simple microstrip geometry (made of PEC)
  - MSL port
  - MSL analysis

 You may modify the PEC boundary condition at xmax to become a MUR
 boundary. This resembles a matched microstrip line.

 Tested with
  - Matlab 2009b
  - Octave 3.3.52
  - openEMS v0.0.14

 (C) 2010 Sebastian Held <sebastian.held@uni-due.de>



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 EXAMPLE / microstrip / MSL2





