Microstrip Circuits
- Microstrip Circuits
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Microstrip series inductor When circuit trace lengths become comparable to the wavelength, full wave 3D EM analysis must be used to simulate such circuits. Typical geometries and phenomena to model, include:
- Traces on and in multi-layer substrates
- Via connections between traces on different layers
- Results over a wide band
- Coupling between ports (parasitic and intended)
- Near fields and radiated far fields
FEKO features applicable to simulation of such problems include:
- Multi-layer planar dielectric MoM for the analysis of substrates
- Adaptive frequency sampling for efficient calculation of wide band results
- Import/export of S-parameters from/to Touchstone (*.SnP files)
- Distributed memory solution for fast calculation of large problems with many structures embedded in multi-layer substrate


Split-Ring Resonator (SRR) filter prototype SRR filter resonating at 2 GHz - Traces on and in multi-layer substrates
- Microstrip Circuits
- Compact Triple-Band Filter Using Multiple Split-Ring Resonators (Mr Ernst Burger) Jul 22, 2010
- Four-port Microstrip Coupler (Mr Ernst Burger) Aug 26, 2010
- Low-pass Microstrip Filter (Mr Ernst Burger) Sep 09, 2010
- Microstrip Bandpass Filter (Mr Andre Young) Sep 13, 2010
- Microstrip filter optimisation using masks (Prof. Matthys Botha) Sep 26, 2011
























