Особливості анізотропного конденсатора

The proposed methods of magnetic field concentration will be used in electrical engineering, radio engineering, metrology and other related fields. Capacitors are key components in modern infocommunications systems due to their ability to store and filter electric charge. They ensure the stable operation of electronic circuits by smoothing voltage fluctuations and eliminating high-frequency noise. In filters, capacitors help select or block certain frequencies, which is important for maintaining clear and uninterrupted communication. Additionally, capacitors play a crucial role in resonant amplifiers and antenna systems, where they help amplify signals at various frequencies and enhance the efficiency of data transmission and reception. This study provides a comparative analysis of the capabilities of capacitors made from isotropic and anisotropic unipolar dielectric materials. In both cases, the dependence of the resonant frequency fr on the physical properties of the material, such as the refractive index nnn and the geometric dimensions of the plate a×b×c, was investigated. It was found that, unlike capacitors made from isotropic materials, anisotropic unipolar dielectric capacitors are characterized by the presence of two resonant frequencies  and  , which significantly expands their practical applications. The use of capacitors with two resonant frequencies allows for the creation of more complex filters and systems capable of operating across multiple frequency bands, which is critically important for modern multi-frequency telecommunication networks. The application of this feature in capacitors will be beneficial for mobile devices that need to support various communication standards (Wi-Fi, Bluetooth, LTE, 5G-6G).