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Mutator-based Memcapacitor Emulator for Circuit Applications
Ram Kaji Budhathok(람 카지 부다토키),Maheshwar, Prasad Sah(마헤스워 샤파라),Hyuncheol Choi(최현철),Sedong Park(박세동),Hyongsuk Kim(김형석) 제어로봇시스템학회 2014 제어로봇시스템학회 각 지부별 자료집 Vol.2014 No.12
An efficient method to build the expandable circuits of memcapacitor (Me) emulator in various configurations is proposed using the expandable memristor (MR) emulator. Most of the previous studies succeeded to design only a stand-alone memcapacitor emulator. In this study, the expandable architecture of memcapacitor emulator is addressed, where the connectivity and interoperability are mainly concerned. It is shown that the memcapacitor circuits can be built only with memristors together with a single mutator, which is connected after each input source. Simulations for single, serial and parallel memcapacitor circuits are demonstrated in this paper.
Transient Behavior of Serial and Parallel Memristor Circuits
람 카지 부다토키(Ram Kaji Budhathoki),마헤스워 샤파라(Maheshwar Prasad Sah),양창주(Changju Yang),김용진(Yongjin Kim),김형석(Hyongsuk Kim) 제어로봇시스템학회 2013 제어로봇시스템학회 각 지부별 자료집 Vol.2013 No.12
When input voltage/current is supplied to a circuit with multiple memristors, the composite behavior of the memristor circuit exhibits transient states before it enters a steady state. During the transient state period, the behavior is very complex and not predictable due to each memristor`s different action depending upon its connection polarity and initial state. In this paper, the transient characteristics of a composite memristor are analyzed via the relationships of charge, flux and memristance of each memristor. Also, a general computation method of composite memristance for multiple-memristor circuits of diverse configurations is proposed.