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Emerging memristor technology is recently drawing widespread attention due to its potential for diverse applications. Due to the lack of real solid-state memristive devices, there have been many initiatives to develop memristor emulators to study their behavior and applications. One of the most widely used ideal memristor models developed by the HP Lab does not fit the anticipated nonlinear behaviors...
In recent times, memristors have drawn wide spread attention from the research community due to their potential applications in memory and various other systems. However, as of now, no solid state device could be designed to achieve the memristive behavior. The research community has been trying to build emulator circuits to study the behavior of the memristor due to the lack of the solid state memristor...
In this paper a new capacitor-less LED drive is proposed. The design is based on the utilization of the internal capacitance of the LED to replace the smoothing capacitor. LED lighting systems usually have many LEDs for better illumination that can reach multiple tens of LEDs. Such configuration can be utilized to enlarge the total internal capacitance and hence minimize the output ripple. In addition,...
This paper introduces a new and simple emulator circuit for a current controlled Memristor. The proposed emulator circuit consists of only two second-generation current conveyors (CCII+) to achieve the hysteresis behavior of the Memristor in the I-V plane. The emulator circuit satisfies the well-known fingerprints of Memristors. This circuit is very simple and realistic comparable to the previously...
With the introduction of the memristor design by the HP lab, there has been a surge of interest to perform different theoretical and experimental works to investigate various potential applications of the memristor. However, since the memristor is not available commercially, it is essential to design the emulator circuit for the memristors from the available electronic components. In this paper, we...
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