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In mgrid add two local ports at the place of resistor. Simulate it. open modua. add the simulated results block in modua and add resistor to the appropriate port. re simulate in modua.
g86
you may start with 1/10 rule (10 cells per wavelength of maximum frequency) but which may not converge to correct result. After initial simulation see what is happening at that minimum dimensional part. if you see major variation of field current near the minimum dimensional part then you may...
Open Mgrid
1) Go to Entry>Rectangle
Draw Patch
2) Go to Advanced Edit> Dig Rectangular hole
Dig a big hole
3) Go to MEntry>Rectangle
Now draw internal patch
Here diode characteristics for for the whole band is required to solve the impedance matching problem. You may try to use zmatch h t t p://w w w. zzmatch. com/ .
Electrical lengths can be expressed in terms of wavelengths. Line lengths can add phase shifts and be expressed in terms of degrees. For example quarter wavelength is λ/4 ≡ 90°.
:D
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