Faculty

Institution

Unit

Venue

Ayman Fayed

Professor

Ohio State University

Affiliations

College of Engineering

Electrical and Computer Engineering

Ayman Fayed is currently serving as a College Of Engineering Professor at Ohio State University.

Honors

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Experiences

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Education

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Ayman Fayed

Ohio State University

Professor

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electrical engineering power electronics optoelectronics engineering microelectronics electronics biomedical engineering semiconductors solid-state electronics semiconductor technology analog design digital signal processing applied physics signal processing power semiconductor devices semiconductor devices power electronics converter integrated circuits low-power electronics control systems energy storage microwave technology mixed-signal integrated circuits analog-to-digital converters buck converter buck converters electronic engineering high-frequency devices semiconductor nanostructures digital capacitance modulation low-power microcontrollers noise mitigation spur-free control buck regulators pwm control spice modeling vlsi circuit thermal engineering scientific computing vlsi technology reliability engineering microelectronics reliability electronic materials material research electronic packaging telecommunication networks wireless communications electromagnetic compatibility micro-electromechanical systems adaptive control control architecture electronic circuits industrial electronics power consumption sensor technology time delay systems high voltage engineering gan power device rf semiconductor spectrum management power devices power-efficient computing asic implementation bias temperature instability device reliability input devices power control integrated control audio signal processing ldo replacement dcm-only buck regulator fast dynamic operation fully-integrated outputs spur-free operation pwm control architecture low-power applications technology industrial informatics computer engineering circuit design energy harvesting power management electronic design communication circuit

Notable Scholarly Works

Notable Federal Grants

Collaborators

A 400 V Buck Converter Integrated With Gate-Drivers and Low-Voltage Controller in a 25–600 V Mixed-Mode Sic Cmos Technology. Analog Integrated Circuits and Signal Processing (2024)

Utsav GuptaHua ZhangTianshi LiuSundar IsukapatiEmran AshikAdam MorganBongmook LeeWoongje SungAnant AgarwalAyman Fayed

power electronicspower controlpower electronics converterintegrated controlsignal processinganalog-to-digital converterslow-voltage controllerelectrical engineering

Ieee Circuits and Systems Society Information. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

Hoon MyungYoshifumi SunwooHanho LeeManuel Delgado-RestitutoAndrei VladimirescuVp-Conferences Kea-TiongSamuel TangAndy WuGabriele ManganaroZaman FakhrulJinwook BurmRajiv JoshiJie ChenChia-Wen LinErika CoviSorin Cot¸ofan Hanho LeeJose DeL RosaYongfu LiKiran GunnamHiroo SekiyaN NeihartA AscoliJ CavallaroQ TianB TaskinP MohseniJ De LaW ZhuW.-H PengM StanN Mcfarlane

circuit analysisengineeringinstrumentationsystems engineeringieee circuitselectrical engineering

Analysis and Modeling of a Sic Based Buck Converter and Its Effects in an Electric Vehicle Application. Journal of Electronic Packaging (2023)

Utsav GuptaAndras Vass-VarnaiVoon Hon WongAyman Fayed

materials sciencepower electronicspower semiconductor devicesengineeringbuck converterautomotive electronicselectric vehicleselectronic packagingsemiconductorselectric vehicle applicationprinted electronicselectrical engineering

Design and Experimental Demonstration of High-Voltage Lateral Nmosfets and High-Temperature Cmos Ics. Materials Science in Semiconductor Processing (2023)

Sundar Babu IsukapatiHua ZhangTianshi LiuUtsav GuptaEmran AshikAdam J MorganSeung Yup JangBongmook LeeWoongje SungAyman FayedAnant K. Agarwal

compound semiconductorsoptoelectronicsmicroelectronicsapplied physicspower electronicselectronicsmaterial researchsemiconductor device fabricationexperimental demonstrationsolid-state electronicselectrical engineeringsemiconductor technologymaterials sciencecondensed matter physicshigh-temperature cmos icssemiconductor nanostructuressemiconductorselectronic materialsmaterials engineeringsemiconductor deviceshigh-voltage lateral nmosfets

Spur-Free Switch-Mode Power Supplies. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2023)

Tanner TengbergHua ZhangAyman Fayed

A 600V Half-Bridge Power Stage Fully Integrated With 25V Gate-Drivers in Sic Cmos Technology. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2022)

Hua ZhangTianshi LiuUtsav GuptaSundar Babu IsukapatiEmran AshikAdam J. MorganBongmook LeeWoongje SungAnant K. AgarwalAyman Fayed

semiconductor technologypower electronicsengineeringsemiconductorshalf-bridge power stagesic cmos technologyelectrical engineering

Bias Temperature Instability on Sic N- and P-Mosfets for High Temperature Cmos Applications. 2022 IEEE International Reliability Physics Symposium (IRPS) (2022)

Emran K AshikSundar B IsukapatiHua ZhangTianshi LiuUtsav GuptaAdam J MorganVeena MisraWoongje SungAyman FayedAnant K. AgarwalBongmook Lee

device reliabilityelectronicsreliabilitybias temperature instabilitysemiconductor nanostructuressemiconductorssolid-state electronicsreliability engineeringmicroelectronics reliabilityelectrical engineering

Spice Modeling and Circuit Demonstration of a Sic Power Ic Technology. IEEE Journal of the Electron Devices Society (2022)

Tianshi LiuHua ZhangSundar Babu IsukapatiEmran AshikAdam J. MorganBongmook LeeWoongje SungAyman FayedMarvin H. WhiteAnant K. Agarwal

semiconductor technologypower electronicspower semiconductor devicesengineeringelectronicsoptoelectronicselectronic engineeringspice modelingsemiconductor devicesmicroelectronicsapplied physicssemiconductorssolid-state electronicscircuit demonstrationelectrical engineering

A Dual-Frequency Single-Inductor Single-Output DC-DC Converter Topology With Spur-Free Switching for Security Applications. (2021)

Tanner TengbergAyman Fayed

security applicationspower electronicspower electronics converterelectrical engineering

Development of Isolated Cmos and Hv Mosfet on an N - Epi/P - Epi/4H-Sic N + Substrate for Power Ic Applications. (2021)

Sundar Babu IsukapatiAdam J MorganWoongje SungHua ZhangTianshi LiuAyman FayedAnant K. AgarwalEmran AshikBongmook Lee

hv mosfetpower electronicssemiconductor devicesisolated cmosmicroelectronicselectrical engineeringpower ic applications

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Ayman Fayed

Professor

Ohio State University

Affiliations

College of Engineering

Electrical and Computer Engineering

Ayman Fayed is currently serving as a College Of Engineering Professor at Ohio State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ayman Fayed

Ohio State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A 400 V Buck Converter Integrated With Gate-Drivers and Low-Voltage Controller in a 25–600 V Mixed-Mode Sic Cmos Technology. Analog Integrated Circuits and Signal Processing (2024)

Utsav GuptaHua ZhangTianshi LiuSundar IsukapatiEmran AshikAdam MorganBongmook LeeWoongje SungAnant AgarwalAyman Fayed

power electronicspower controlpower electronics converterintegrated controlsignal processinganalog-to-digital converterslow-voltage controllerelectrical engineering

Ieee Circuits and Systems Society Information. IEEE Transactions on Circuits and Systems I Regular Papers (2024)

circuit analysisengineeringinstrumentationsystems engineeringieee circuitselectrical engineering

Analysis and Modeling of a Sic Based Buck Converter and Its Effects in an Electric Vehicle Application. Journal of Electronic Packaging (2023)

Utsav GuptaAndras Vass-VarnaiVoon Hon WongAyman Fayed

Design and Experimental Demonstration of High-Voltage Lateral Nmosfets and High-Temperature Cmos Ics. Materials Science in Semiconductor Processing (2023)

Sundar Babu IsukapatiHua ZhangTianshi LiuUtsav GuptaEmran AshikAdam J MorganSeung Yup JangBongmook LeeWoongje SungAyman FayedAnant K. Agarwal

Spur-Free Switch-Mode Power Supplies. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2023)

Tanner TengbergHua ZhangAyman Fayed

A 600V Half-Bridge Power Stage Fully Integrated With 25V Gate-Drivers in Sic Cmos Technology. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2022)

Hua ZhangTianshi LiuUtsav GuptaSundar Babu IsukapatiEmran AshikAdam J. MorganBongmook LeeWoongje SungAnant K. AgarwalAyman Fayed

semiconductor technologypower electronicsengineeringsemiconductorshalf-bridge power stagesic cmos technologyelectrical engineering

Bias Temperature Instability on Sic N- and P-Mosfets for High Temperature Cmos Applications. 2022 IEEE International Reliability Physics Symposium (IRPS) (2022)

Emran K AshikSundar B IsukapatiHua ZhangTianshi LiuUtsav GuptaAdam J MorganVeena MisraWoongje SungAyman FayedAnant K. AgarwalBongmook Lee

Spice Modeling and Circuit Demonstration of a Sic Power Ic Technology. IEEE Journal of the Electron Devices Society (2022)

Tianshi LiuHua ZhangSundar Babu IsukapatiEmran AshikAdam J. MorganBongmook LeeWoongje SungAyman FayedMarvin H. WhiteAnant K. Agarwal

A Dual-Frequency Single-Inductor Single-Output DC-DC Converter Topology With Spur-Free Switching for Security Applications. (2021)

Tanner TengbergAyman Fayed

security applicationspower electronicspower electronics converterelectrical engineering

Development of Isolated Cmos and Hv Mosfet on an N - Epi/P - Epi/4H-Sic N + Substrate for Power Ic Applications. (2021)

Sundar Babu IsukapatiAdam J MorganWoongje SungHua ZhangTianshi LiuAyman FayedAnant K. AgarwalEmran AshikBongmook Lee

hv mosfetpower electronicssemiconductor devicesisolated cmosmicroelectronicselectrical engineeringpower ic applications

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