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[PDF] Top 20 Performance Analysis of Double Gate n-FinFET Using High-k Dielectric Materials

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Performance Analysis of Double Gate n-FinFET Using High-k Dielectric Materials

Performance Analysis of Double Gate n-FinFET Using High-k Dielectric Materials

... thin gate oxide layer results in direct tunneling of gate leakage current [7] and ultimately results in high power dissipation which can degrades device performance and ...by using ... See full document

8

Device Performance Analysis of Graphene Nanoribbon Field Effect Transistor with Rare Earth Oxide (La2O3) Based High k Gate Dielectric

Device Performance Analysis of Graphene Nanoribbon Field Effect Transistor with Rare Earth Oxide (La2O3) Based High k Gate Dielectric

... promising materials for future non-classical devices and nano electronics circuits because of its exceptional electronic properties such as the large carrier mobility, the possibility tunable band gap and planer ... See full document

8

Threshold Voltage Sensitivity to Metal Gate Work Function Based Performance Evaluation of Double Gate n FinFET Structures for LSTP Technology

Threshold Voltage Sensitivity to Metal Gate Work Function Based Performance Evaluation of Double Gate n FinFET Structures for LSTP Technology

... as gate materials since the evolution of MOS transistor device ...metal gate in place of conventional polycrystalline ...a high gate resistance, dopant penetration to channel region and ... See full document

6

Impact of Interface Traps and Parasitic Capacitance on Gate Capacitance of In0.53Ga0.47As-FinFET for sub-14nm Technology Node

Impact of Interface Traps and Parasitic Capacitance on Gate Capacitance of In0.53Ga0.47As-FinFET for sub-14nm Technology Node

... in FinFET has significant effect on the device performance for the channel length of the order 14 ...III-V materials are replacing Silicon in FinFET technology to overcome the challenges faced ... See full document

10

High performance III V MOSFET with nano stacked high k gate dielectric and 3D fin shaped structure

High performance III V MOSFET with nano stacked high k gate dielectric and 3D fin shaped structure

... a FinFET structure fabricated on the ...The gate strip crosses the narrow GaAs fin form- ing the resultant three-dimensional (3D) FinFET ...method using citric acid/hydrogen perox- ide ... See full document

5

Analyze The Performance Of 16nm Double Gate Finfet Device Using Silvaco TCAD Tool

Analyze The Performance Of 16nm Double Gate Finfet Device Using Silvaco TCAD Tool

... the gate length technology will scale down 16-nm by 2015. Single metal gate MOSFETs fails to meet the perpetual growing ...improve gate controllability onthe channel. Therefore, multiple gate ... See full document

24

Future MOSFET Devices using high k (TiO2) dielectric

Future MOSFET Devices using high k (TiO2) dielectric

... device performance. The reduction in gate leakage and sub-threshold swing projects the high-k MOSFET structure to be a strong alternative for future Nanoscale MOS ...the analysis that ... See full document

8

Modeling of direct tunneling gate current and gate capacitance in deep submicron MOSFETs with high K dielectric

Modeling of direct tunneling gate current and gate capacitance in deep submicron MOSFETs with high K dielectric

... include performance (speed), low static (off-state) power, and a wide range of power supply and output ...the materials (and resultant electrical) properties associated with the dielectric employed ... See full document

66

Performance Analysis Of Dg Mosfets With High-K Stack On Top & Bottom Gate

Performance Analysis Of Dg Mosfets With High-K Stack On Top & Bottom Gate

... alternative gate dielectric based on their interface quality, band alignment to silicon and reliability ...promising high-k material has also been studied based on their dielectric ... See full document

7

Improved electrical performance of a sol–gel IGZO transistor with high-k Al2O3 gate dielectric achieved by post annealing

Improved electrical performance of a sol–gel IGZO transistor with high-k Al2O3 gate dielectric achieved by post annealing

... bottom gate dielectric, formed by a sol–gel ...electrical performance in terms of threshold variation, on/off ratio, subthreshold swing, and mobility compared to the non‑annealed reference ...profile ... See full document

8

High-k Gate Dielectric Selection for Germanium-based CMOS Devices

High-k Gate Dielectric Selection for Germanium-based CMOS Devices

... increases performance [1]. To further enhance the performance and with recent materials innovation, the semiconductor industry is exploring the alternatives of ...with gate oxide thickness ... See full document

8

Variation in Parameters on Electrical Characteristics of FinFET with High-k dielectric

Variation in Parameters on Electrical Characteristics of FinFET with High-k dielectric

... are double-gate and tri-gate FinFETs, due to their superior scalability and ease of fabrication ...the double-gate MOS (DGMOS) transistor was published by ...two gate electrodes ... See full document

7

Exploration Of N-Finfet On Various Gate Materials In 22nm And 20nm Technology

Exploration Of N-Finfet On Various Gate Materials In 22nm And 20nm Technology

... A FinFET device is used to overcome the lithography and performance gain ...of double gate n- FinFET on different gate ...a double gate n- ... See full document

5

Electrical characterization of different 
		high k dielectrics with tungsten silicide in vertical double gate NMOS 
		structure

Electrical characterization of different high k dielectrics with tungsten silicide in vertical double gate NMOS structure

... Since the device was a n-type, the source/drain implantation was done by implanting arsenic dosage as a n-type dopant.The compensation implantation was utilized later by implanting phosphor dosage. This ... See full document

8

Design and Analysis of Double Gate MOSFET Operational Amplifier in 45nm CMOS Technology

Design and Analysis of Double Gate MOSFET Operational Amplifier in 45nm CMOS Technology

... technology using Cadence ...the performance of IDDG based op-amp is better than the SDDG based ...op-amp. Using NMOS load, the power consumed can be bought down and also the active resistance will ... See full document

6

NAND GATE USING FINFET FOR NANOSCALE TECHNOLOGY

NAND GATE USING FINFET FOR NANOSCALE TECHNOLOGY

... the performance of digital ...sub-45nm gate lengths include short channel effects, sub-threshold leakage, gate-dielectric leakage and device-to-device variations ... See full document

8

A Study of Group III Elements (La, Gd, Eu, and Al) Incorporation on Metal Gate / High–k Stacks for Advanced CMOS Applications

A Study of Group III Elements (La, Gd, Eu, and Al) Incorporation on Metal Gate / High–k Stacks for Advanced CMOS Applications

... the gate of the MOS transistor while source/drain can be grounded or slightly reverse ...the gate in order to drive channel into the accumulation region, and the minority carriers in the channel drift back ... See full document

218

IMPLEMENTATION OF HIGH-K DIELECTRIC MATERIAL/METAL GATE IN DOUBLE GATE MOSFET

IMPLEMENTATION OF HIGH-K DIELECTRIC MATERIAL/METAL GATE IN DOUBLE GATE MOSFET

... of Double Gate MOSFET scalability of the device increases at the same time drain current reducing the Short Chanel Effects ...dimensions gate oxide thickness decreases thus gate tunneling ... See full document

8

LOW LEAKAGE NANOSCALED SOURCE AND DRAIN OVER INSULATOR FINFET WITH UNDERLAP AND HIGH K DIELECTRIC

LOW LEAKAGE NANOSCALED SOURCE AND DRAIN OVER INSULATOR FINFET WITH UNDERLAP AND HIGH K DIELECTRIC

... SDOI FinFET with increased underlap length DIBL is found to be reduced by ...3 N 4 is used as dielectric as compare to SiO 2 in SDOI FinFET as ... See full document

7

Evolution of Multigate MOSFETs Sushmita Jaiswal 1, Dr. Sarvesh Dubey2

Evolution of Multigate MOSFETs Sushmita Jaiswal 1, Dr. Sarvesh Dubey2

... device performance for low standby operating power (LSTP) applications can be achieved with reduced in body thickness and higher gate work ...getting high Ion and ...metal gate work function ... See full document

5

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