A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vector Network Analyzer (VNA) measurements are utilized to provide the frequency-dependent characteristics for SPICE analysis. The measured data is imported into the simulation environment via Analog Behavioral Models (ABM) accounting for the frequency dependent behavior of the ferrite sheets. It demonstrates a significant departure from a simple R-L-C circuit network. Model accuracy is validated by realization of an ad hoc testboard and by experimental characterization of the component in terms of Insertion Loss
In this paper, a SPICE model of a typical nanocrystalline core used for the manufacturing of pulse c...
A method of characterizing electrically heterogeneous electroceramics for a full three-dimensional c...
A multivariate macromodel of the per unit length parameters of an inverted embedded microstrip line ...
A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vecto...
In this paper, SPICE behavioral modeling of injection probes for bulk current injection (BCI) is add...
An RLC model of ferrite chokes for suppressing common-mode (CM) currents is presented. The equivalen...
Surface mount technology (SMT) ferrite beads are often used in high-speed digital circuit designs to...
Purpose - Significant achievements in ferrite material processing enable developments of many ferrit...
This paper describes a general model for magnetic sensors to be used in portable systems. The model,...
In this paper, the lumped parameter circuital approach devoted to the simulation of massive, conduct...
A new SPICE-compatible behavioral model for an arbitrary nonlinear magnetic circuit was developed an...
An equivalent circuit model is proposed to represent ferrite magnetic properties under ac and dc fie...
The goal of this work was to investigate the behavior of a ferrite electromagnetic interference (EMI...
In this paper, characterization of ferrite surface mount bead based on S-parameters measurement, usi...
The aim of this work is to develop a scalable small signal HEMT model. We propose a general intrinsi...
In this paper, a SPICE model of a typical nanocrystalline core used for the manufacturing of pulse c...
A method of characterizing electrically heterogeneous electroceramics for a full three-dimensional c...
A multivariate macromodel of the per unit length parameters of an inverted embedded microstrip line ...
A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vecto...
In this paper, SPICE behavioral modeling of injection probes for bulk current injection (BCI) is add...
An RLC model of ferrite chokes for suppressing common-mode (CM) currents is presented. The equivalen...
Surface mount technology (SMT) ferrite beads are often used in high-speed digital circuit designs to...
Purpose - Significant achievements in ferrite material processing enable developments of many ferrit...
This paper describes a general model for magnetic sensors to be used in portable systems. The model,...
In this paper, the lumped parameter circuital approach devoted to the simulation of massive, conduct...
A new SPICE-compatible behavioral model for an arbitrary nonlinear magnetic circuit was developed an...
An equivalent circuit model is proposed to represent ferrite magnetic properties under ac and dc fie...
The goal of this work was to investigate the behavior of a ferrite electromagnetic interference (EMI...
In this paper, characterization of ferrite surface mount bead based on S-parameters measurement, usi...
The aim of this work is to develop a scalable small signal HEMT model. We propose a general intrinsi...
In this paper, a SPICE model of a typical nanocrystalline core used for the manufacturing of pulse c...
A method of characterizing electrically heterogeneous electroceramics for a full three-dimensional c...
A multivariate macromodel of the per unit length parameters of an inverted embedded microstrip line ...