Surface mount technology (SMT) ferrite beads are often used in high-speed digital circuit designs to mitigate noise. The common modeling approach is to include SMT ferrite beads as equivalent lumped LCR circuits. The work presented in this paper included SMT ferrite beads as a frequency-dependent impedance in a PEEC-like modeling tool denoted CEMPIE, a circuit extraction approach based on a mixed-potential integral equation formulation. Agreement with measurements demonstrates the approach. The applications shown are segmentation of power areas for noise isolation, and I/O line filtering
A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vecto...
The goal of this work was to investigate the behavior of a ferrite electromagnetic interference (EMI...
A circuit extraction tool (CEMPIE) has been developed based on the mixed-potential integral equation...
In this paper design, modeling and characterization of single and double coils, which consist of con...
Noise on a dc power-bus that results from device switching, as well as other potential mechanisms, i...
Limiting resistors are currently required to be connected in series with tantalum capacitors to redu...
Ferrite cores 50 mm long were formed from large ferrite tubes obtained using fine Mn-Zn ferrite powd...
An RLC model of ferrite chokes for suppressing common-mode (CM) currents is presented. The equivalen...
International audienceClass-D audio amplifiers are switching circuits that produce serious ElectroMa...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
Purpose - Significant achievements in ferrite material processing enable developments of many ferrit...
This paper describes the design, modeling, simulation and fabrication of zig-zag and meander inducto...
The ideal procedure to start designing an electronic device is to consider the electromagnetic compa...
Power bus design is a critical aspect in high-speed digital circuit designs. A circuit extraction ap...
Electromagnetic interference (EMI) filters are often utilized on I/O lines to reduce high-frequency ...
A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vecto...
The goal of this work was to investigate the behavior of a ferrite electromagnetic interference (EMI...
A circuit extraction tool (CEMPIE) has been developed based on the mixed-potential integral equation...
In this paper design, modeling and characterization of single and double coils, which consist of con...
Noise on a dc power-bus that results from device switching, as well as other potential mechanisms, i...
Limiting resistors are currently required to be connected in series with tantalum capacitors to redu...
Ferrite cores 50 mm long were formed from large ferrite tubes obtained using fine Mn-Zn ferrite powd...
An RLC model of ferrite chokes for suppressing common-mode (CM) currents is presented. The equivalen...
International audienceClass-D audio amplifiers are switching circuits that produce serious ElectroMa...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
Purpose - Significant achievements in ferrite material processing enable developments of many ferrit...
This paper describes the design, modeling, simulation and fabrication of zig-zag and meander inducto...
The ideal procedure to start designing an electronic device is to consider the electromagnetic compa...
Power bus design is a critical aspect in high-speed digital circuit designs. A circuit extraction ap...
Electromagnetic interference (EMI) filters are often utilized on I/O lines to reduce high-frequency ...
A practical approach for lumped-parameter circuit modeling of SMT ferrite beads is introduced. Vecto...
The goal of this work was to investigate the behavior of a ferrite electromagnetic interference (EMI...
A circuit extraction tool (CEMPIE) has been developed based on the mixed-potential integral equation...