EMCOS EMC STUDIO

EMCoS EMC Studio

2D Post-processing

Currents, Voltages, Charges and Calculation Errors in Probes
  • Currents, voltages in schematic probes and circuit elements
  • Currents, voltages, charges and errors visualization in segments or triangle probes
  • List of probes on segments or triangles
  • Different components (magn., phase, imag. or real; x, y, z or total) visualization
  • Graphical representation of the results
  • Linear, logarithmic and dB scaling
  • Curves color palette
  • Fast Fourier Transformation function
  • Results visualization in Graph Studio
  • Export to MATLAB function
Field in Field Probes
  • Fields in field probes (E or H, incident, scattered or total) visualization
  • Different components (magn., phase, imag. or real; x, y, z or total) visualization
  • Graphical representation of the results
  • Linear, logarithmic and dB scaling
  • Curves color palette
  • Fast Fourier Transformation function
  • Results visualization in Graph Studio
  • Export to MATLAB function
Far Field
  • Angles group (theta or phi)
  • Fields (E or H, incident, scattered or total), gain and directivity?visualization
  • Magnitude or phase visualization
  • Graphical representation of the results
  • Far Field representation in Viewer 3D
  • Linear and dB scaling
  • Curves color palette
  • Results visualization in Graph Studio
  • Export to MATLAB function
Antenna Parameters
  • Current in Antenna Port
  • Antenna Input Impedance
  • Antenna Input Admittance
  • Iput Power and Radiated Power
  • Power Loss and Feed Power Loss
  • Gain
  • Directivity
  • Antenna Efficiency
  • VSWR - Standing Wave Ratio
  • S11 - Reflection Coefficient
  • S12 - Transmission Coefficient
  • Different components (magn., phase, imag. or real) visualization
  • Graphical and tabular representation of the results
  • Linear, logarithmic and dB scaling
  • Curves color palette
  • Plotting the Input Impedance on a Smith Chart
  • Results visualization in Graph Studio
  • Export to MATLAB function
Frequency Response to Time Domain Signal

Frequency Response to Time Domain Signal post processing tool provides powerful interface for fast TD analysis of EMC problems.
General functionality of FD-Response tool is frequency spectrum calculation based on results of FD simulation with unitary excitation and assumed TD-pulse excitation spectrum multiplication.

  • Current, charge and field probes
  • List of time signals
  • Transfer Function - FD results of selected probes
  • TD Excitation - visualization of time signals
  • FFT of TD Excitation - frequency spectrum of selected t ime signal
  • FD Response - FD response of interested values in probes assuming excitation by selected TD-signal
  • Linear, logarithmic and dB scaling
  • Results visualization in Graph Studio
  • Time Signal Editor
N Port Parameters
  • S, Y and Z matrices visualization
  • Z and Y parameters conversion from S parameters
  • Touchstone data-files processing
  • Different components (magn., phase, imag. or real) visualization
  • Graphical and tabular representation of the results
  • Linear, logarithmic and dB scaling
  • Results visualization in Graph Studio
  • Curves color palette
  • Export to MATLAB function