Results 211 to 220 of about 10,729,116 (245)
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Realization and characterization of carbon black based fractional order element
Microelectronics Journal, 2018Abstract In this papers the possibility of realizing fractional capacitors by using carbon black nanostructured dielectrics is investigated. Capacitors have been realized by varying the percentage of distributed carbon black. The frequency analysis of the capacitors has been, therefore, performed.
Antonino Pollicino +2 more
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Packaging of Single-Component Fractional Order Element
IEEE Transactions on Device and Materials Reliability, 2013In this paper, packaging issue of a single-component fractional order element (FOE) is presented. Packaging is required for better longevity and miniaturization of dimensions. In addition, it helps in fabrication of a single-component FOE as a discrete element similar to the existing passive circuit elements. An alternate electrode (platinized silicon)
Karabi Biswas, Debasmita Mondal
exaly +2 more sources
Electronic and material realizations of fractional-order elements
Materials Today: Proceedings, 2021Abstract This paper realizes a fractional-order element (FOE) with the design approaches of approximation for the desired range of frequencies. The realization of the arrangement of resistor and capacitor (RC) network topologies and different materials based hardware realization of the fractional-order element has been studied.
Mandeep Singh Walia +2 more
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Using Fractional Order Elements for Haptic Rendering
2017Fractional order calculus—a generalization of the traditional calculus to arbitrary order differointegration—is an effective mathematical tool that broadens the modeling boundaries of the familiar integer order calculus. Fractional order models enable faithful representation of viscoelastic materials that exhibit frequency dependent stiffness and ...
Ozan Tokatli, Volkan Patoglu
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Fractional-order circuit elements with memory
Proceedings of the 13th International Carpathian Control Conference (ICCC), 2012This paper deals with the fractional-order memristive, memcapacitative, and meminductive systems and their utilization in design of the new circuits with memory. We provide a mathematical description of such systems by using a technique of the fractional calculus. Some possible applications of “mem” systems are mentioned in article as well.
Ivo Petras, YangQuan Chen
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Galerkin Projections and Finite Elements for Fractional Order Derivatives
Nonlinear Dynamics, 2006zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Singh, Satwinder Jit +1 more
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Log-Domain Implementation of Fractional-Order Element Emulators
2019 42nd International Conference on Telecommunications and Signal Processing (TSP), 2019Novel fractional-order capacitor and inductor em-ulators are presented in this work, which offer fully electronic tunability of their characteristics and, simultaneously, reduced circuit complexity compared to those already introduced in the literature.
Panagiotis Bertsias +3 more
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Passive Synthesis of Fractional Order Immittance of Three-Element-Kind
Journal of Circuits, Systems and Computers, 2023For the actual circuit with fractional order characteristics, the fractional order circuit model is more concise and precise than the classical circuit model. So studying the synthesis of fractional order immittance is of great significance. This paper investigates the passive synthesis method of the three-element-kind fractional order immittance ...
Guishu Liang, Xiaoyu Mu
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Variable-, Fractional-Order Oscillation Element
2016The dynamic properties of the variable-, fractional-order oscillation element (VFOOE) are investigated in the paper. The equations and the block diagram are derived. Stability and existence conditions of solutions of proposed systems are considered. For the illustration numerical examples are presented.
Dorota Mozyrska, Piotr Ostalczyk
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Symmetrical T-network with fractional order elements
2016 IEEE 16th International Conference on Environment and Electrical Engineering (EEEIC), 2016The paper presents a symmetrical T-network utilizing fractional order elements. Fractional calculus was used for its modeling. A comparative analysis of a classic T-network and fractional order T-network step responses was carried out for both no-load condition and short-circuit condition.
Maciej Wlodarczyk, Jaroslaw Szczepaniak
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