Dr. S.Intekhab Amin

Dr. S.Intekhab Amin

Jamia Millia Islamia

H-index: 16

Asia-India

About Dr. S.Intekhab Amin

Dr. S.Intekhab Amin, With an exceptional h-index of 16 and a recent h-index of 15 (since 2020), a distinguished researcher at Jamia Millia Islamia, specializes in the field of Nanoscale Semiconductor Device Design, Modeling and Simulation.

His recent articles reflect a diverse array of research interests and contributions to the field:

InSb Source-Based Heterojunctionless Nanowire Tunneling FET for Biosensing Application: Design and Analysis

Performance Analysis of InSb Source-Based Heterojunctionless Nanowire TFET for Low-Power Application: Design and Simulation

Effect of ambipolarity suppression in PNPN TFET with dopant segregated Schottky-drain technique

Comprehensive analysis of single and double gate organic phototransistor

TCAD device modeling and simulation study of organic field effect transistor-based pH sensor with tunable sensitivity for surpassing Nernst limit

Analysis of III-V material-based dual source T-channel junction-less TFET with metal implant for improved DC and RF performance

Charge-plasma-based inverted T-shaped source-metal dual-line tunneling FET with improved performance at 0.5 V operation

Simulation-based Study of Super-Nernstian pH Sensor Based on Doping-less Tunnel-field Effect Transistor

Dr. S.Intekhab Amin Information

University

Position

___

Citations(all)

1033

Citations(since 2020)

912

Cited By

312

hIndex(all)

16

hIndex(since 2020)

15

i10Index(all)

25

i10Index(since 2020)

25

Email

University Profile Page

Jamia Millia Islamia

Google Scholar

View Google Scholar Profile

Dr. S.Intekhab Amin Skills & Research Interests

Nanoscale Semiconductor Device Design

Modeling and Simulation

Top articles of Dr. S.Intekhab Amin

Title

Journal

Author(s)

Publication Date

InSb Source-Based Heterojunctionless Nanowire Tunneling FET for Biosensing Application: Design and Analysis

Aadil Anam

S Intekhab Amin

Dinesh Prasad

2024/3/14

Performance Analysis of InSb Source-Based Heterojunctionless Nanowire TFET for Low-Power Application: Design and Simulation

Aadil Anam

S Intekhab Amin

Dinesh Prasad

2024/3/14

Effect of ambipolarity suppression in PNPN TFET with dopant segregated Schottky-drain technique

Microelectronics Journal

Aadil Anam

S Intekhab Amin

Dinesh Prasad

Naveen Kumar

Sunny Anand

2024/3/1

Comprehensive analysis of single and double gate organic phototransistor

Optical and Quantum Electronics

Ishrat Bashir

S Intekhab Amin

Lubna Majeed

Zuber Rasool

Sunny Anand

2023/11

TCAD device modeling and simulation study of organic field effect transistor-based pH sensor with tunable sensitivity for surpassing Nernst limit

Electronics

Lubna Majeed

Syed Intekhab Amin

Zuber Rasool

Ishrat Bashir

Naveen Kumar

...

2023/1/20

Analysis of III-V material-based dual source T-channel junction-less TFET with metal implant for improved DC and RF performance

Micro and Nanostructures

Aadil Anam

S Intekhab Amin

Dinesh Prasad

Naveen Kumar

Sunny Anand

2023/9/1

Charge-plasma-based inverted T-shaped source-metal dual-line tunneling FET with improved performance at 0.5 V operation

Physica Scripta

Aadil Anam

S Intekhab Amin

Dinesh Prasad

Naveen Kumar

Sunny Anand

2023/8/9

Simulation-based Study of Super-Nernstian pH Sensor Based on Doping-less Tunnel-field Effect Transistor

Silicon

Zuber Rasool

S Intekhab Amin

Lubna Majeed

Ishrat Bashir

Anjar Seraj

...

2023/7

Design and Analysis of 6T SRAM Implementation upon Dual Gate Junctionless FET

Akshaya Adlakha

Waqar Hussain

Leo Raj Solay

S Intekhab Amin

Sunny Anand

...

2023/6/23

Undoped vertical dual-bilayer TFET with a super-steep sub-threshold swing: proposal and performance comparative analysis

Semiconductor Science and Technology

Aadil Anam

S Intekhab Amin

Dinesh Prasad

Naveen Kumar

Sunny Anand

2023/5/23

A FoM for investigation of SB TFET biosensor considering non-ideality

IEEE Transactions on Nanotechnology

Mohd Yusef Iqbal

Muhammad Shah Alam

Sunny Anand

S Intekhab Amin

2022/5/30

Super-Nernstian pH Sensor based on Doping-lessTunnel-Field effect transistor

Zuber Rasool

S Intekhab Amin

Lubna Majeed

Ishrat Bashir

Anjar Seraj

...

2022/10/24

Device and Circuit Level Assessment of Negative Capacitance TFETs for Low-Power High-Performance Digital Circuits

ECS Journal of Solid State Science and Technology

Mohammad Shoaib

S Intekhab Amin

Naveen Kumar

Sunny Anand

Ankush Chunn

...

2022/5/19

Charge-plasma based symmetrical-gate complementary electron–hole bilayer TFET with improved performance for sub-0.5 V operation

Semiconductor Science and Technology

Aadil Anam

Naveen Kumar

S Intekhab Amin

Dinesh Prasad

Sunny Anand

2022/12/9

Design and performance analysis of gate-all-around negative capacitance dopingless nanowire tunnel field effect transistor

Semiconductor Science and Technology

Leo Raj Solay

Naveen Kumar

S Intekhab Amin

Pradeep Kumar

Sunny Anand

2022/9/16

Investigation of Common Source Amplifier Circuit Application Using Gate Stack Based Gate-all-around Charge Plasma Nanowire FET

LEO RAJ SOLAY

PRADEEP KUMAR

S INTEKHAB AMIN

SUNNY ANAND

2022/3/15

Doping-less TFET based common source amplifier implementation and behaviour analysis under symmetric and asymmetric conditions

Silicon

Anjana Bhardwaj

Leo Raj Solay

Naveen Kumar

S Intekhab Amin

Amandeep Singh

...

2022/12

Investigation of Common Source Amplifier Circuit using Gate Stack-Based GAA Dopingless Nanowire Field Effect Transistor

ECS Journal of Solid State Science and Technology

Leo Raj Solay

Pradeep Kumar

S Intekhab Amin

Sunny Anand

2022/8/23

2022 Index IEEE Transactions on Nanotechnology Vol. 21

IEEE Transactions on Nanotechnology

S Abadal

SO Abdellatif

S Achenbach

S Agrawal

MH Ahmad

...

2022

Design and Implementation of Negative Capacitance Based Electrostatic Doped Double Gate Tunnel Field Effect Transistor

Silicon

Mohd Ashraf Lone

Leo Raj Solay

Amandeep Singh

S Intekhab Amin

Sunny Anand

2022/12

See List of Professors in Dr. S.Intekhab Amin University(Jamia Millia Islamia)