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Drain current improvement using spacer and charge plasma concept

Type: Conference Paper

Author : Agrawal, I. , Kondekar, P.N.

Publisher: IEEE

Year: 2014

AC and transient analysis of SJ VDMOS

Type: Conference Paper

Author : Kondekar, P.N.; Naugarhiya, Alok

Publisher: IEEE

Year: 2014

Optimized process design flow for fabrication of superjunction VDMOS for enhanced R<inf>DSon</inf>A

Type: Conference Paper

Author : Naugarhiya, Alok; Kondekar, P.N.

Publisher: IEEE

Year: 2014

Dopingless super-steep impact ionisation MOS (dopingless-IMOS) based on workfunction engineering

Type: Journal Paper

Author : Singh, Sushil; Kondekar, P.N.

Publisher: IET

Year: 2014

Charge-plasma-based super-steep negative capacitance junctionless tunnel field effect transistor: design and performance

Type: Journal Paper

Author : Singh, Sushil; Pal, Parama; Kondekar, P.N.

Publisher: IET

Year: 2014

Parameters optimization of Lateral impact ionization MOS (LIMOS)

Type: Conference Paper

Author : Dixit, A. , Singh, S. , Kondekar, P.N. , Kumar, P.

Publisher: IEEE

Year: 2014

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Drain current improvement using spacer and charge plasma concept

AC and transient analysis of SJ VDMOS

Optimized process design flow for fabrication of superjunction VDMOS for enhanced R<inf>DSon</inf>A

Dopingless super-steep impact ionisation MOS (dopingless-IMOS) based on workfunction engineering

Charge-plasma-based super-steep negative capacitance junctionless tunnel field effect transistor: design and performance

Parameters optimization of Lateral impact ionization MOS (LIMOS)

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Drain current improvement using spacer and charge plasma concept

AC and transient analysis of SJ VDMOS

Optimized process design flow for fabrication of superjunction VDMOS for enhanced R<inf>DSon</inf>A

Dopingless super-steep impact ionisation MOS (dopingless-IMOS) based on workfunction engineering

Charge-plasma-based super-steep negative capacitance junctionless tunnel field effect transistor: design and performance

Parameters optimization of Lateral impact ionization MOS (LIMOS)