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Download signal and power integrity illustration tools


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Causal bypass capacitor model
Right-click here and save the Microsoft Excel demo illustration file. It calculates the true waveform of the output ripple of buck converters.  Note: you have to enable macros to use the file.
Causal bypass capacitor model
Right-click here and save the Microsoft Excel demo illustration file. It calculates the causal frequency dependent impedance of a bypass capacitor based on causal dielectric loss and conductive model parameters.

 
Dk-Df
Right-click here and save the Microsoft Excel demo illustration file. It calculates the causal frequency dependent dielectric constant and loss tangent dielectric model parameters.

lossy-trace
Right-click here and save the Microsoft Excel demo illustration file. It calculates the causal frequency dependent characteristic impedance, group delay, per-unit-length capacitance, inductance, resistance and conductance parameters of a homogeneous uniform interconnect.


Right-click here and save the Microsoft Excel demo illustration file. It calculates the time-domain harmonic composition and harmonic magnitude series of user-defined waveforms with selectable rise and fall times. 


Right-click here and save the Microsoft Excel demo illustration file. It calculates the skin-depth, shield impedance, reflection, absorption and total shielding.  


Right-click here and save the Microsoft Excel demo illustration file. It calculates the frequency-domain responses of a single capacitor and four parallel bypass capacitors with user selectable C, ESR and ESL.  Note: you have to enable macros to run the sweep function in the file.


Right-click here and save the Microsoft Excel demo illustration file. It calculates the self impedance of bare rectangular parallel plates at arbitrary locations.  Note: you have to enable macros to run the calculations.


Right_click here and save the  Microsoft Excel demo illustration file. It plots the self and transfer impedance surface of planes with a capacitor.  Note: you have to enable macros to run the sweep function.


Right_click here and save the  Microsoft Excel demo illustration file. It plots the impedance-measurement errors with VNA S11 and S21 data. Note: you have to enable macros to run the sweep functions.

 
 


Copyright:
This toolset is copyright, Istvan Novak. All rights reserved. You are hereby granted a limited right to download, copy, and reproduce the toolset for your personal non-commercial purposes only. By downloading the file(s), you acknowledge not to run, show or disseminate in any way the toolset in full or in part at public or commercial presentations without the express written consent of the author.
 Disclaimer:
THE DOCUMENTATION PROVIDED HERE IS FOR INFORMATIONAL PURPOSES ONLY. THE AUTHORS MAKE NO REPRESENTATIONS ABOUT THE SUITABILITY OF THE INFORMATION CONTAINED IN THE DOCUMENT(S) FOR ANY PURPOSE. DOCUMENTS ARE PROVIDED HERE "AS IS" WITHOUT WARRANTY OF ANY KIND.