The mathematically rigorous solution of the two-dimensional Laplace equation for the multiple-body systems is applied for accurate impedance calculations of transmission lines of arbitrary cross-sections. The developed algorithm allows fast and accurate computations of impedance values for various positions of the inner conductor in the infinitely long transmission line.5 page(s
The Dirichlet problem for Laplace's equation in an area between two arbitrary profiled infinitely lo...
A simple approach for matching a purely resistive load impedance to a given transmission line is pre...
A compendium of data for computing the characteristic impedance of transmission lines based on physi...
A simple mechanical calculator has been developed for solving the transmission line equations when t...
High order surface impedance boundary conditions are coupled to the boundary element method to produ...
A transmission line is used for transmitting electrical power between a transmitter to a receiver, l...
This paper presents our development and evaluation of a transmission line characteristic impedance c...
A set of formulas is derived from general circuit constants which facilitates formation of the imped...
This problem considers several ways of “matching ” two transmission lines such that a wave propagate...
[[abstract]]Two algorithms are proposed to calculate the apparent impedance of a transmission line f...
The research described in this chapter analyses two-dimensional potential problems for the multi-bod...
To avoid reflections on a multiconductor transmission line, the transmission line must be terminated...
The MEI (measured equation of invariance) method can easily be applied to static analyses of uniform...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
The Dirichlet problem for Laplace's equation in an area between two arbitrary profiled infinitely lo...
A simple approach for matching a purely resistive load impedance to a given transmission line is pre...
A compendium of data for computing the characteristic impedance of transmission lines based on physi...
A simple mechanical calculator has been developed for solving the transmission line equations when t...
High order surface impedance boundary conditions are coupled to the boundary element method to produ...
A transmission line is used for transmitting electrical power between a transmitter to a receiver, l...
This paper presents our development and evaluation of a transmission line characteristic impedance c...
A set of formulas is derived from general circuit constants which facilitates formation of the imped...
This problem considers several ways of “matching ” two transmission lines such that a wave propagate...
[[abstract]]Two algorithms are proposed to calculate the apparent impedance of a transmission line f...
The research described in this chapter analyses two-dimensional potential problems for the multi-bod...
To avoid reflections on a multiconductor transmission line, the transmission line must be terminated...
The MEI (measured equation of invariance) method can easily be applied to static analyses of uniform...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
The Dirichlet problem for Laplace's equation in an area between two arbitrary profiled infinitely lo...
A simple approach for matching a purely resistive load impedance to a given transmission line is pre...
A compendium of data for computing the characteristic impedance of transmission lines based on physi...