A computer program is provided for determining the characteristic impedance of microstrip transmission lines having finite thickness. Infinite and finite ground planes are incorporated into the program. The programmer need only supply information in the form of a data card. This procedure is clearly outlined. Graphical solutions of characteristic impedance for multiple dielectric microstrip transmission line problems are obtained using a discrete resistive analogue. Computer network analysis programs are viewed as having several advantages not possessed by the physical resistive analogue --Abstract, page 2
The microstrip transmission line numerical model is used to search out the relative permittivity and...
Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance i...
Accurate determination of frequency dependent resistance of stranded conductors in transmission line...
The dyadic Green's function for a current embedded in a grounded dielectric slab is used to analyze ...
This paper is a theoretical investigation of the potential, electric field, capacitance, and charact...
The measurement of complex dielectric properties of materials at radio frequency is very important e...
A numerically efficient and accurate method for the derivation of line capacitance and characteristi...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
This paper presents our development and evaluation of a transmission line characteristic impedance c...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
In this work, a different approach to achieve a desired characteristic impedance value on microstrip...
This paper describes a material complex permittivity extraction technique based on four measurements...
The finite-difference time-domain method is applied to the analysis of transmission lines on printed...
After further transmission line technique investigation, we propose a new approach to material chara...
A compendium of data for computing the characteristic impedance of transmission lines based on physi...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance i...
Accurate determination of frequency dependent resistance of stranded conductors in transmission line...
The dyadic Green's function for a current embedded in a grounded dielectric slab is used to analyze ...
This paper is a theoretical investigation of the potential, electric field, capacitance, and charact...
The measurement of complex dielectric properties of materials at radio frequency is very important e...
A numerically efficient and accurate method for the derivation of line capacitance and characteristi...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
This paper presents our development and evaluation of a transmission line characteristic impedance c...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
In this work, a different approach to achieve a desired characteristic impedance value on microstrip...
This paper describes a material complex permittivity extraction technique based on four measurements...
The finite-difference time-domain method is applied to the analysis of transmission lines on printed...
After further transmission line technique investigation, we propose a new approach to material chara...
A compendium of data for computing the characteristic impedance of transmission lines based on physi...
The microstrip transmission line numerical model is used to search out the relative permittivity and...
Stripline is a key component for MIC. Therefore, exact calculation of the characteristic impedance i...
Accurate determination of frequency dependent resistance of stranded conductors in transmission line...