Add to ORKGThis paper illustrates a procedure for demonstrating and quantifying the importance of passivity in linear macromodels. This issue is criticalwhenever themacromodelsarederived fromtabulatedport responses, either in time or frequency domain. We show an algorithmic procedure for the design of a passive termination network that will drive a given non-passive macromodel to instability. Several termination structures characterized by various port couplings are investigated. Relaxed passivity conditions are also given, which guarantee the stability of the macromodel under specific reduced-coupling loading conditions. Theoretica
Recently, several time-domain passive macromodeling algorithms were proposed for distributed transmi...
This paper applies a reliable and efficient algorithm for passivity enforcement of multiport S-param...
This paper shows that accurate parametric macromodels can be computed from transient port responses ...
Passive macromodeling of microwave components, high-speed packages and interconnect modules characte...
Passive macromodeling of high-speed package and interconnect modules characterized by simulated/meas...
Abstract—This paper describes a robust and accurate black-box macromodeling technique, in which the ...
This paper presents a general class of passive macromodeling algorithm for multiport distributed int...
With the continually increasing operating frequencies, complex high-speed package and interconnect m...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
This paper addresses some issues related to the passivity of interconnect macromodels computed from ...
Abstract—This paper applies a reliable and efficient algorithm for passivity enforcement of multipor...
This paper presents a fast iterative algorithm for passivity enforcement of large nonpassive macromo...
Abstract: This paper is focused on broadband macromodeling of complex interconnect structures charac...
This paper shows that accurate parametric macromodels can be computed from transient port responses ...
Recently, several time-domain passive macromodeling algorithms were proposed for distributed transmi...
This paper applies a reliable and efficient algorithm for passivity enforcement of multiport S-param...
This paper shows that accurate parametric macromodels can be computed from transient port responses ...
Passive macromodeling of microwave components, high-speed packages and interconnect modules characte...
Passive macromodeling of high-speed package and interconnect modules characterized by simulated/meas...
Abstract—This paper describes a robust and accurate black-box macromodeling technique, in which the ...
This paper presents a general class of passive macromodeling algorithm for multiport distributed int...
With the continually increasing operating frequencies, complex high-speed package and interconnect m...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
This paper presents a robust technique for the macromodeling of time-domain and frequency-domain res...
This paper addresses some issues related to the passivity of interconnect macromodels computed from ...
Abstract—This paper applies a reliable and efficient algorithm for passivity enforcement of multipor...
This paper presents a fast iterative algorithm for passivity enforcement of large nonpassive macromo...
Abstract: This paper is focused on broadband macromodeling of complex interconnect structures charac...
This paper shows that accurate parametric macromodels can be computed from transient port responses ...
Recently, several time-domain passive macromodeling algorithms were proposed for distributed transmi...
This paper applies a reliable and efficient algorithm for passivity enforcement of multiport S-param...
This paper shows that accurate parametric macromodels can be computed from transient port responses ...