This paper provides an experimental verificationof analytical expressions for predicting radiated electromagneticfields from straight interconnect cables carrying high-frequencycurrents. These analytical expressions are derived through twodifferent models. The former model is based on the assumptionthat a radiating two-wire transmission line can be considered astwo Hertzian dipoles, while in the latter one each radiating wireis treated as a chain of short radiating dipoles. The radiated fieldis calculated and measured at selected locations and the resultsare compared in order to verify the agreement among them.Different configurations (two parallel cables at various distancesfrom a conducting ground plane) are considered
Using the equations of transmission line theory, a programme is developed to simulate the response o...
This paper provides a general framework for electromagnetic modeling, computation and measurements r...
The speed of communication signal propagating on an UTP cable goes high and, the radiated electromag...
This paper provides an experimental verificationof analytical expressions for predicting radiated el...
This paper provides an experimental verification of analytical expressions for predicting radiated e...
This paper provides an experimental verification of analytical expressions for predicting radiated e...
The radiated emissions from a partially shielded cable mounted 5 cm above a metal plane have been fo...
In recent years, electromagnetic compatibility (EMC) problems associated with high frequency and hig...
A method for creating a simple SPICE model is proposed such that the SPICE model allows prediction o...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
An analytic expression of electromagnetic near field emitted by a single current flow along a straig...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
The aim of this work is the development and validation of compact SPICE models suitable to analyze t...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
Using the equations of transmission line theory, a programme is developed to simulate the response o...
This paper provides a general framework for electromagnetic modeling, computation and measurements r...
The speed of communication signal propagating on an UTP cable goes high and, the radiated electromag...
This paper provides an experimental verificationof analytical expressions for predicting radiated el...
This paper provides an experimental verification of analytical expressions for predicting radiated e...
This paper provides an experimental verification of analytical expressions for predicting radiated e...
The radiated emissions from a partially shielded cable mounted 5 cm above a metal plane have been fo...
In recent years, electromagnetic compatibility (EMC) problems associated with high frequency and hig...
A method for creating a simple SPICE model is proposed such that the SPICE model allows prediction o...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
An analytic expression of electromagnetic near field emitted by a single current flow along a straig...
Electric and magnetic fields produced by transmission systems have received strong interest both for...
The aim of this work is the development and validation of compact SPICE models suitable to analyze t...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
Using the equations of transmission line theory, a programme is developed to simulate the response o...
This paper provides a general framework for electromagnetic modeling, computation and measurements r...
The speed of communication signal propagating on an UTP cable goes high and, the radiated electromag...