| Modeling | Single-electron transistor | Coulomb blockade | Single-electron tunneling |
Single Electron Devices and Circuit Architectures: Modeling Techniques, Dynamic Characteristics, and Reliability Analysis
... of single electronics are obvious, such as low power consumption and inherent small feature ...of electron tunneling phenomenon, which refers to effects manifest in the injection and extraction of ...
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Modeling and simulation of single-electron transistors
... Single electron transistor consists of an island in between a source and drain, with a gate voltage exerted on the ...so-called Single-Electron Transistor is due to its operation ...
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A Low Power Flash ADC using Single Electron Transistor
... the Coulomb blockade region becomes narrower and the oscillation period of the drain current also ...the Coulomb blockade region to become broader and increases the oscillation period of the ...
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Basic Introduction To Single Electron Transistor
... device single-electron transistor [SET] as well as prospective applications and problems in their ...i.e. Coulomb Blockade, Kondo Effect that is helpful in a number of ...of ...
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Single Electron Transistor and its Simulation methods
... Recently, single electron transistors (SETs) have come to be considered candidates as elements for future low power, high density integrated circuits because of their potential for ultra-low power operation ...
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Hybrid MOS and Single-Electron Transistor Architectures towards Arithmetic Applications
... SET is considered to be a promising candidate for further VLSI design because of its nanometer-scale feature size, ultra-low power dissipation, and unique Coulomb blockade oscillation characteristic. ...
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Digital mode with Single-Electron Transistor (DSET)
... of transistor-based circuits into a single ...A single-electron transistor (SET) is an electronic device which is explained on the basis of Coulomb blockade ...the ...
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Implementation of Full Adder using Single Electron Transistor, SET: The Next Generation Nano Device
... the Coulomb blockade, which is the result of the repulsive electron–electron interactions on the ...island. Coulomb blockade is the repelling energy of previous electron ...
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New Model for Drain and Gate Current of Single Electron Transistor at High Temperature
... of Coulomb blockade; electrons are not so free to move from source to drain, due to of tunnel ...The Coulomb blockade effect: that is the electrostatic repulsion experienced by an elec- tron ...
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MODELING OF HYBRID MOS FOR THE IMPLEMENTATION OF SWITCHED CAPACITOR FILTER USING SINGLE ELECTRON TRANSISTOR
... of single electrons carries the ...tunnelling electron, causing a voltage buildup U=e/C, where e is the elementary charge of ...1.6×10−19 coulomb and C the capacitance of the ...another ...
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Room Temperature Hydrogen Sensor Based on Single-Electron Tunneling Between Palladium Nanoparticles
... systems single-electron tunneling ...multi-island single-electron arrays with tunneling ...multi-island single-electron arrays of tunneling junctions are ...
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A Brief Review towards Set and Its Applications
... ABSTRACT: Single-electron transistor (SET) is a vital element of todays research world of nanotechnology which can offer high operating speed and low power ...dimensions. Single ...
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Quantitative Modeling and Simulation of Single Electron Transistor
... Now to analysis the dc characteristic of SET, firstly it is assume that V ds may be zero or may have any fixed value. From equation 13-15, It is shown in Fig.10 that, by increase of the channel width, the Coulomb ...
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Charge sensing of single hole tunneling events using a single electron transistor
... the tunneling events of a nearby ...in tunneling probability between two spin states, it is possible to measure the state of the electron ...the electron spin using this method is known as ...
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The role of surface chemistry in defining the energetics and kinetics of single electron tunneling through individual gold nanoparticles
... a coulomb staircase containing sharp, regularly spaced increases in current separated by current plateaus (Figure ...the coulomb gap associated with adding an extra electron to the particle has not ...
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SOI based nanowire single-electron transistors: design, simulation and process development
... Single-electron transistor (SET) is a key element in single electronics where device operation is based on one-by-one electron manipulation utilizing the Coulomb blockade ...
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Superconductor Hybrids Electronic Paths to Quantum Computing
... [17]. Tunneling of single electrons is only possible for energies larger than the superconducting ...typical tunneling environment as it is a second- order process in tunneling ...
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Anderson Insulators in Self-Assembled Gold Nanoparticles Thin Films: Single Electron Hopping between Charge Puddles Originated from Disorder
... the electron hopping not necessarily takes place between nearest-neighbors, but may span a greater ...long-ranged electron-hole pair, which is favorable in regarding electrostatic ...
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On chip magnetic cooling of a nanoelectronic device
... Fig. 3(a). The applied DC bias was set to 0.01 mV, 0.09 mV and 0.96 mV which correspond to the centre of the conductance dip, the half maximum point of the conductance dip (when measured prior to demagnetisation) and the ...
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Gate-based single-shot readout of spins in silicon
... FIG. S2. Spin-blockade data for initialisation protocols A, B before subtraction (a) SET current (left) and dispersive phase (right) for initialisation protocol A (see Main text), expected to initialise a ...
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