This article presents a novel routing technique for designing microwave transmission lines
(TLs) that provide improved functionality. Unlike traditional practices, we propose locating …

The article introduces a novel, highly miniaturized, low-pass reflectionless filter that
leverages electromagnetic absorber and modal decomposition technologies. The filter is …

This article presents reflectionless low-pass filters based on a reflection symmetric structure
for suppressing intentional electromagnetic interference (IEMI). The protective structures can …

The article presents the results of a study of a modal filter (MF) based on a microstrip line
(MSL) with two side conductors grounded at both ends. For the first time, the quasi-static …

The paper presents the study of the time response of a microstrip line (MSL) with an
additional conductor on top with different boundary conditions at its ends. Quasi-static …

Electromagnetic optimization problems involve the fine-tuning of electromagnetic systems
across various domains. Solving electromagnetic optimization problems is crucial for …

Developers use redundancy to increase the service life of unattended or partially serviced
radio electronic equipment (REE). However, ultra-wideband (UWB) interference can …

Electromagnetic pulses, especially ultra-wideband (UWB) interference, pose a significant
threat to radio electronic devices (REDs). They lead to functional failure or lesions. To …

Постановка задачи: с развитием радиоэлектронной аппаратуры (РЭА) повышается ее
быстродействие, уменьшаются рабочие напряжения и увеличивается плотность …

This paper presents a novel approach to suppressing ultra-wideband (UWB) interference
using a strong-coupled modal filter. Specifically, T-resonators are proposed as a means of …