This paper presents results of development and analysis of new Ku-band compact
polarizers based on a square waveguide with irises. Main advantages of electromagnetic …

This paper presents results of comparison of modern effective numerical techniques for the
calculation of microwave devices. Nowadays finite difference time domain method and finite …

This paper presents new simple analytical technique for the development and optimization
of polarizers based on a square waveguide with irises. The presented technique applies …

In this article, the results of development, optimization, and analysis of new compact iris
polarizers based on a square waveguide are presented. The polarization and matching …

This article presents a new technique for the analytical synthesis of waveguide iris
polarizers. The technique allows to develop polarizers based on a square waveguide with …

This paper presents new tunable square waveguide polarizers for satellite information
systems. The wide operation frequency band is provided by the application of irises to obtain …

A novel design of the polarizer based on a square waveguide with four posts and four irises
for Ku‐band 10.7–12.8 GHz is proposed. The main advantage of the developed polarizer …

In this research we carried out mathematical modeling, development and optimization of
square waveguide sections with irises and antiphase posts. The presented mathematical …

One of the fundamental problems of modern digital telecommunications is the economy of
digital information and frequency resources, which are highly limited. The introduction of …

The numerical optimization results of constant thickness septum polarizer's performances for
various operating fractional bandwidths (FBW) are presented in the paper. The polarizer's …