Faculty

Institution

Unit

Venue

Anh-Vu Pham

Professor

University of California, Davis

Affiliations

College of Engineering

Electrical and Computer Engineering

Integrated Circuits and Systems

Rf-to-thz Electronics and Waves

Anh-vu Pham is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

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Experiences

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Education

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Anh-Vu Pham

University of California, Davis

Professor

You can click a keyword to filter the displayed items

electrical engineering microwave technology microwave engineering power electronics materials science optoelectronics applied physics engineering radio frequency instrumentation antennas millimeter wave technology microelectronics semiconductors electronic packaging organic electronics communications systems wireless communications polymer science sensor technology radio propagation electronics advanced packaging (semiconductors) radio engineering wireless propagation liquid crystal polymer nanotechnology multilayer organic substrate sensor design polymer technology microwave antennas microwave photonics optical engineering ultra-wideband communication microwave transmission polymer engineering solid-state electronics rf semiconductor micro-electromechanical systems advanced manufacturing technologies ceramic technology semiconductor devices microwave measurement instrument development instrument science rf subsystem array processing advanced ceramics manufacturing technology metals sensor applications beamforming semiconductor technology advanced design aluminum gallium nitride sustainable packaging power amplifier doherty amplifier sic mesfets dbm output power electronic materials mechanical science economic geography global strategy economic systems geopolitics selective gas detection design techniques millimeter-wave power amplifiers output power triple bands antenna capacitance compensation multigated transistors stuart hall commodity chain guest editorial power amplifiers terahertz technique energy harvesting

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A 10–230-Ghz Inp Distributed Amplifier Using Darlington Quadruple-Stacked Hbts. IEEE Microwave and Wireless Technology Letters (2024)

Phat T. NguyenNatalie WagnerAlexander StameroffAnh-Vu Pham

power electronicselectronicsmicrowave engineeringoptoelectronicsmicroelectronicsdarlington quadruple-stacked hbtsmicrowave technologyelectrical engineeringradio frequency

Digital Pre-Distortion to Reduce Ringing in a Pulse Sharpening Non-Linear Transmission Line. IEEE Journal of Microwaves (2024)

Stephen PancrazioTyler KelleySam WagnerNhat TranAbabil HossainAnh-Vu Pham

transmission linemicrowave engineeringdigital signal processingnon-linear transmission linedigital pre-distortionmicrowave technologyelectrical engineering

Frontier System-On-Chip (Soc) Technology for Microwave Diagnostics (Invited). Review of Scientific Instruments (2024)

Ying ChenPin-Jung ChenRobert HuYilun ZhuJo-Han YuA.-V. PhamOmeed MomeniCalvin DomierJon DannenbergXiaoliang LiGuanying YuNeville Luhmann

analytical instrumentationfrontier system-on-chipmicrowave measurementtechnologyinstrumentationmicrowave engineeringsystem on chipmicrowave technologymicrowave diagnostics

A 140–210-Ghz Inp Frequency Doubler Using a Low-Loss Low-Imbalance Marchand Balun. IEEE Microwave and Wireless Technology Letters (2023)

Phat T. NguyenTyler ShepardNatalie WagnerAlexander StameroffAnh-Vu Pham

microwave technologymicrowave engineeringelectrical engineeringradio frequency

A 182 Ghz Triple-Stacked Distributed Amplifier in Inp Hbt Process. (2023)

Can CuiPhat T. NguyenNguyen L. K. NguyenNatalie KilleenTyler KelleyAlexander StameroffAnh-Vu Pham

microwave engineeringoptoelectronicsinp hbt processelectrical engineering

A 7–115-Ghz Distributed Amplifier With 24-Dbm Output Power Using Quadruple-Stacked Hbt in Inp. IEEE Microwave and Wireless Technology Letters (2023)

Nguyen L. K. NguyenCan CuiDuy P. NguyenAlexander N. StameroffAnh-Vu Pham

power electronicsmicrowave engineeringantennasmicrowave technologyelectrical engineeringradio frequency

A Balanced Darlington Cell for a 3–230-Ghz Inp Distributed Amplifier. IEEE Transactions on Microwave Theory and Techniques (2023)

Phat T. NguyenNguyen L.K. NguyenNatalie S. WagnerAlexander StameroffAnh-Vu Pham

microwave engineeringantennasmicrowave technologybalanced darlington cellelectrical engineeringradio frequency

A DC–20-Ghz Impedance Tuner Using Power-Enhanced Stacked-Fet Switch in 45-Nm Soi Cmos. IEEE Microwave and Wireless Technology Letters (2023)

Phat T. NguyenStephen PancrazioAnh-Vu PhamA. KarbassiMatthew ClementsScott Sacks

power electronicspower-enhanced stacked-fet switchmicrowave engineeringapplied physicsmillimeter wave technologysemiconductorsmicrowave technologyelectrical engineeringradio frequency

A Non-Linear Transmission Line With Secondary Soliton Decimation. 2021 18th European Radar Conference (EuRAD) (2023)

Tyler KelleyStephen PancrazioPouya EmaniNhat TranAnh-Vu Pham

control systemspower electronicsengineeringnon-linear transmission lineapplied physicssecondary soliton decimationtransmission lineelectrical engineering

A Novel Gain-Enhanced Miniaturized and Lightweight Vivaldi Antenna. IEEE Transactions on Antennas and Propagation (2023)

Ababil HossainAnh-Vu Pham

vehicular technologytransmissiontechnologyinstrumentationwireless communicationsantennasradio propagationwireless propagationmicrowave technologyaerospace engineeringradio engineeringelectrical engineering

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Anh-Vu Pham

Professor

University of California, Davis

Affiliations

College of Engineering

Electrical and Computer Engineering

Integrated Circuits and Systems

Rf-to-thz Electronics and Waves

Anh-vu Pham is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anh-Vu Pham

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A 10–230-Ghz Inp Distributed Amplifier Using Darlington Quadruple-Stacked Hbts. IEEE Microwave and Wireless Technology Letters (2024)

Phat T. NguyenNatalie WagnerAlexander StameroffAnh-Vu Pham

power electronicselectronicsmicrowave engineeringoptoelectronicsmicroelectronicsdarlington quadruple-stacked hbtsmicrowave technologyelectrical engineeringradio frequency

Digital Pre-Distortion to Reduce Ringing in a Pulse Sharpening Non-Linear Transmission Line. IEEE Journal of Microwaves (2024)

Stephen PancrazioTyler KelleySam WagnerNhat TranAbabil HossainAnh-Vu Pham

transmission linemicrowave engineeringdigital signal processingnon-linear transmission linedigital pre-distortionmicrowave technologyelectrical engineering

Frontier System-On-Chip (Soc) Technology for Microwave Diagnostics (Invited). Review of Scientific Instruments (2024)

Ying ChenPin-Jung ChenRobert HuYilun ZhuJo-Han YuA.-V. PhamOmeed MomeniCalvin DomierJon DannenbergXiaoliang LiGuanying YuNeville Luhmann

analytical instrumentationfrontier system-on-chipmicrowave measurementtechnologyinstrumentationmicrowave engineeringsystem on chipmicrowave technologymicrowave diagnostics

A 140–210-Ghz Inp Frequency Doubler Using a Low-Loss Low-Imbalance Marchand Balun. IEEE Microwave and Wireless Technology Letters (2023)

Phat T. NguyenTyler ShepardNatalie WagnerAlexander StameroffAnh-Vu Pham

microwave technologymicrowave engineeringelectrical engineeringradio frequency

A 182 Ghz Triple-Stacked Distributed Amplifier in Inp Hbt Process. (2023)

Can CuiPhat T. NguyenNguyen L. K. NguyenNatalie KilleenTyler KelleyAlexander StameroffAnh-Vu Pham

microwave engineeringoptoelectronicsinp hbt processelectrical engineering

A 7–115-Ghz Distributed Amplifier With 24-Dbm Output Power Using Quadruple-Stacked Hbt in Inp. IEEE Microwave and Wireless Technology Letters (2023)

Nguyen L. K. NguyenCan CuiDuy P. NguyenAlexander N. StameroffAnh-Vu Pham

power electronicsmicrowave engineeringantennasmicrowave technologyelectrical engineeringradio frequency

A Balanced Darlington Cell for a 3–230-Ghz Inp Distributed Amplifier. IEEE Transactions on Microwave Theory and Techniques (2023)

Phat T. NguyenNguyen L.K. NguyenNatalie S. WagnerAlexander StameroffAnh-Vu Pham

microwave engineeringantennasmicrowave technologybalanced darlington cellelectrical engineeringradio frequency

A DC–20-Ghz Impedance Tuner Using Power-Enhanced Stacked-Fet Switch in 45-Nm Soi Cmos. IEEE Microwave and Wireless Technology Letters (2023)

Phat T. NguyenStephen PancrazioAnh-Vu PhamA. KarbassiMatthew ClementsScott Sacks

power electronicspower-enhanced stacked-fet switchmicrowave engineeringapplied physicsmillimeter wave technologysemiconductorsmicrowave technologyelectrical engineeringradio frequency

A Non-Linear Transmission Line With Secondary Soliton Decimation. 2021 18th European Radar Conference (EuRAD) (2023)

Tyler KelleyStephen PancrazioPouya EmaniNhat TranAnh-Vu Pham

control systemspower electronicsengineeringnon-linear transmission lineapplied physicssecondary soliton decimationtransmission lineelectrical engineering

A Novel Gain-Enhanced Miniaturized and Lightweight Vivaldi Antenna. IEEE Transactions on Antennas and Propagation (2023)

Ababil HossainAnh-Vu Pham

1
2
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5
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10 / page

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