We use Finite Element Method, Method of Moments and advanced circuit tools to model the high frequency effects prevalent in high speed digital circuits and microwave components.

Applications that can be addressed include:


Signal Integrity
Signal propagation through board, package and interconnects is analyzed, making visible the sources of signal degradation:

  • Impedance variation from trace discontinuities
  • Coupling between adjacent signal lines
  • Resonance of power, signal, and ground structures
  • Spurious mode generation

The results are displayed in 3 dimensional field plots, s-parameters and extracted RLC parameters


EMI
Shielding enclosures for high speed digital designs are modeled:

  • Identify energy coupling mechanisms that cause slots and apertures to degrade performance
  • Calculate radiated energy from a device

Component Characterization
Simulation of novel designs and advanced structures allows for faster and more accurate prototyping:

  • Antennas ,waveguides, coax/waveguide transitions, connectors, hybrid couplers, directional couplers, dielectric resonators, spiral inductors, cavities...

Resonance Designs 34 Kings Way Pacifica CA 94044
TEL 650.219.0995 e-mail barrett@resonancedesigns.com

 

 

 

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