An Active THevenin Equivalent Network Approach to EMI/EMC problems

An Active THevenin Equivalent Network Approach to EMI/EMC problems

Nonlinear responses of the semiconductor devices in electronic devices can change the impedances seen at the circuit nodes, changing the boundary conditions encountered by impressed electromagnetic fields and thus the field coupling. We have developed the Active THevenin Equivalent Network Approach...

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Published in:2014 IEEE International Symposium on Electromagnetic Compatibility (EMC) pp. 878 - 881
Main Authors: Williams, Jeffery T., Bacon, Larry D., Walker, Michael J., Zeek, Erik C.
Format: Conference Proceeding
Language:English
Published: IEEE 01-08-2014
Subjects:
Couplings
Impedance
Nonlinear circuits
Ports (Computers)
Resistors
Time-domain analysis
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Abstract Nonlinear responses of the semiconductor devices in electronic devices can change the impedances seen at the circuit nodes, changing the boundary conditions encountered by impressed electromagnetic fields and thus the field coupling. We have developed the Active THevenin Equivalent Network Approach (ATHENA), which allows us to include electromagnetic coupling in nonlinear circuit simulations in a bidirectional, fully consistent way. Including the coupling in the circuit simulation self-consistently is important because it allows us to predict responses to EMI/EMC both correctly and efficiently, opening the way to predicting response statistics.
AbstractList Nonlinear responses of the semiconductor devices in electronic devices can change the impedances seen at the circuit nodes, changing the boundary conditions encountered by impressed electromagnetic fields and thus the field coupling. We have developed the Active THevenin Equivalent Network Approach (ATHENA), which allows us to include electromagnetic coupling in nonlinear circuit simulations in a bidirectional, fully consistent way. Including the coupling in the circuit simulation self-consistently is important because it allows us to predict responses to EMI/EMC both correctly and efficiently, opening the way to predicting response statistics.
Author Williams, Jeffery T.
Walker, Michael J.
Zeek, Erik C.
Bacon, Larry D.
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  givenname: Erik C.
  surname: Zeek
  fullname: Zeek, Erik C.
  organization: Directed Energy Special Applic., Sandia Nat. Labs. Albuquerque, Albuquerque, NM, USA
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Snippet Nonlinear responses of the semiconductor devices in electronic devices can change the impedances seen at the circuit nodes, changing the boundary conditions...
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StartPage 878
SubjectTerms Couplings
Impedance
Nonlinear circuits
Ports (Computers)
Resistors
Time-domain analysis
Title An Active THevenin Equivalent Network Approach to EMI/EMC problems
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