Profiles
Research Units
Publications
Sign Up
Faculty Login
X
65 Publications
37 Journals
Sivasankaran K
Associate Professor Grade 2 & Asst- Dir- Sporic
Department of Micro and Nanoelectronics
ksivasankaran@vit.ac.in (Work)
Follow
Publications - 65
Overview
Publications (65)
Network (11)
Publications (65)
Sort by Year (most recent)
Sort by Year (most recent)
Sort by Year (oldest first)
Sort by Most Cited
Sort by Recently Added
Sort (A-Z)
Sort (Z-A)
Articles
A source/drain-on-insulator structure to improve the performance of stacked nanosheet field-effect transistors
V. Jegadheesan
and
Sivasankaran K
2020 | Springer
Articles
Process Variation Study of SELBOX Inverted- T Junctionless FinFET for High-Performance Applications
Rajeev Pankaj Nelapati
and
Sivasankaran K
2020 | Springer
Impact of Device Geometrical Parameter Variation on RF Stability of SELBOX Inverted-T Junctionless FINFET
Veerati Raju
,
Rajeev Pankaj Nelapati
and
Sivasankaran K
2020 | Springer Science and Business Media LLC
Articles
Optimized Substrate for Improved Performance of Stacked Nanosheet Field-Effect Transistor
V. Jegadheesan
,
Sivasankaran K
and
A. Konar
2020 | Institute of Electrical and Electronics Engineers Inc.
Journal Article
NDR Behavior of a Phosphorous-Doped Double-Gate MoS2 Armchair Nanoribbon Field Effect Transistor
Tiwari D.L
and
Sivasankaran K
2020 | Springer Science and Business Media LLC
Journal Article
Improved statistical variability and delay performance with junctionless inserted oxide FinFET
Jegadheesan V
,
Sivasankaran K
and
Konar A.
2020 | Elsevier BV
Download
PDF
Publisher Copy
Journal Article
Impact of geometrical parameters and substrate on analog/RF performance of stacked nanosheet field effect transistor
Jegadheesan V
,
Sivasankaran K
and
Konar A.
2019 | Elsevier BV
Journal Article
Impact of high k spacer on RF stability performance of double gate junctionless transistor
Raju V
and
Sivasankaran K
2019 | Wiley
Journal Article
Performance Analysis of Double Gate Junctionless Tunnel Field Effect Transistor: RF Stability Perspective
Veerati Raju
and
Sivasankaran K
2019 | The Science and Information Organization
Download
PDF
Publisher Copy
Journal Article
Impact of carrier concentration and bandgap on the performance of double gate GNR-FET
Tiwari D.L
and
Sivasankaran K
2019 | Elsevier BV
Journal Article
Random dopant fluctuations impact reduction in 7 nm bulk-FinFET by substrate engineering
Jegadheesan V
,
Sivasankaran K
and
Konar A.
2019 | Inderscience Publishers
Journal Article
Nitrogen-doped NDR behavior of double gate graphene field effect transistor
Tiwari D.L
and
Sivasankaran K
2019 | Elsevier BV
Journal Article
Performance analysis of a substrate-engineered monolayer MoS2 field-effect transistor
Divya Bharathi N
and
Sivasankaran K
2019 | Springer Science and Business Media LLC
Journal Article
Design and Performance Analysis of HybridSELBOX Junctionless FinFET
Rajeev Pankaj Nelapati
and
Sivasankaran K
2019 | Drustvo MIDEM
Download
PDF
Publisher Copy
Journal Article
Impact of self-heating effect on the performance of hybrid FinFET
Nelapati R.P
and
Sivasankaran K
2018 | Elsevier BV
Journal Article
Improved Performance of h-BN Encapsulated Double Gate Graphene Nanomesh Field Effect Transistor for Short Channel Length
Tiwari D.L
and
Sivasankaran K
2018 | World Scientific Pub Co Pte Lt
Journal Article
Impact of substrate on performance of band gap engineered graphene field effect transistor
Tiwari D.L
and
Sivasankaran K
2018 | Elsevier BV
Journal Article
Research progress and challenges of two dimensional MoS2 field effect transistors
Divya Bharathi N
and
Sivasankaran K
2018 | IOP Publishing
Journal Article
Influence of metal contact on the performance enhancement of monolayer MoS2 transistor
Divya Bharathi N
and
Sivasankaran K
2018 | Elsevier BV
Articles
Influence of RDF and MGG induced variability on performance of 7 nm multi-gate transistors with metal/High-k gate stack
V. Jegadheesan
and
Sivasankaran K
2018 | Electrochemical Society Inc.
Showing 1-20 of 65 results
prev
1
2
3
4
next
Get all the updates from Sivasankaran K
Follow