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Class notes Single electron devices

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  • Single electron devices
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  • Bharath University

"Single electron devices (SEDs) are cutting-edge nanoscale electronic components that exploit the behavior of individual electrons. These devices manipulate and control single electrons to enable ultra-low-power, high-precision applications in fields such as quantum computing, metrology, and ultra-...

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Document information

  • October 5, 2023
  • 33
  • 2023/2024
  • Class notes
  • Dr. bharath
  • Single electron devices

Subjects

  • electron
  • single electron devices
  • nanomaterials
  • nanotechnology
  • nanotech
  • cvd
  • lithography
  • logic applications
  • logic gates
  • nanoparticle
  • books
  • courses
  • exam notes
  • nanomedicine
  • nanocarriers
  • nanorobotics
  • notes

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  • Bharath University
  • Single electron devices
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Content preview

Single Electron Devices for
Logic Applications
Reza M. Rad
UMBC

Based on pages 425-441 of “Nanoelectronics and
Information Technology”, Rainer Waser

, Introduction
¾ Scaling down MOSFETs has been
fundamental in improving the performance
of ULSI circuits

¾ Scaling of MOSFETs is entering the deep
sub 50 nm regime

¾ Quantum mechanical effects are expected
to be effective in these small structure
devices

, Introduction
¾ A new device having operation principles
effective in smaller dimensions which
utilizes quantum-mechanical effects

¾ Single electron devices retain their
scalability even on an atomic scale

¾ Single electron devices will reduce the
power consumption because the number
of electrons transferred from voltage
source to ground is limited

, Single-electron box
¾ A quantum dot connected with two
electrodes
¾ One electrode connected to dot through a
tunneling junction
¾ The other electrode, gate, coupled with
quantum dot via insulator, electron cannot
pass through tunneling

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