Faculty

Institution

Unit

Venue

David Ricketts

Professor

North Carolina State University

Affiliations

College of Engineering

Electrical and Computer Engineering

David Ricketts is currently serving as a College Of Engineering Professor at North Carolina State University.

Honors

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Experiences

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Education

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David Ricketts

North Carolina State University

Professor

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electrical engineering optoelectronics applied physics microwave technology microwave engineering power electronics engineering materials science instrumentation electronics microelectronics electromagnetism oscillation theory additive manufacturing millimeter wave technology radio frequency 3d printing computational electromagnetics antennas wireless communications nonlinear phenomena nonlinear oscillations wireless power transfer solid-state electronics nonlinear dynamics wireless propagation wireless power transmission micro technology magnetoquasistatic fields magnetism vlsi technology vlsi circuit magnetic fields radio propagation printed electronics magnetic measurement radio engineering dbm power amplifier experimental demonstration wireless power electrical solitons complex image theory electromagnetic compatibility vehicular technology positioning systems sport science microwave antennas microwave transmission magnetic tunnel junctions american football experimental study sige technology communication link quadrature amplitude electrical soliton pulses manufacturing technology power delivery engineering optimization autonomous robots spatial technologies interconnect (integrated circuits) physical design (electronics) microwave spectroscopy channel characterization 3d pose estimation robot control microwave photonics transducer principle industrial electronics transmission line quantum communications magnetic sensors motion analysis object tracking electrical soliton oscillator contact repeatability circuit design

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Scalable Active Metamaterial Cell With Integrated Gain, Compensation and Power. (2024)

Shian SuHongtao ZhongDavid S. Ricketts

electromagnetic metamaterialsintegrated gainmetamaterialsbiomedical engineering

Sweat-Powered, MM-Scale, Continuous-Time Sensor Systems With Bluetooth Low Energy (Ble) Backscatter. IEEE Access (2024)

Jordan BesnoffHongtao ZhongShian SuRajaram KavetiNitin MaiyaSupriya KrishnaNate T. GarlandAmay J. BandodkarDavid S. Ricketts

sensor technologytechnologycontinuous-time sensor systemslow energysensorswireless sensor systems

14Db Active Gain Magnetic Negative Permeability Metamaterial Cell With Self-Coupling Compensation. (2023)

Hongtao ZhongDavid S. Ricketts

self-coupling compensationoptoelectronicselectromagnetismelectrical engineering

Maximum Gain Enhancement in Wireless Power Transfer Using Anisotropic Metamaterials. Scientific Reports (2023)

William Carter HarrisDavid S. Ricketts

materials sciencemaximum gain enhancementanisotropic metamaterialswireless power transferoptoelectronics

Mtt-S Technical Committee 9 Microwave and Millimeter-Wave Solid State Devices Committee 2020-2021 Report [Mtt-S Society News]. IEEE Microwave Magazine (2022)

David RickettsGuillaume Callet

microwave engineeringmicrowave technologyelectrical engineering

Teaching 100 Remote Students Hands-on Microwave Design: Building a 16 Qam Radio at Home by Hand. 2021 51st European Microwave Conference (EuMC) (2022)

Jordan BesnoffDavid S. Ricketts

qam radioremote teachingmicrowave engineeringeducationeducational technologyradio engineering

3D Printing of Complex, High-Performance Millimeter-Wave Components. (2020)

J. ShenD. S. Ricketts

mechanical engineeringhigh-performance millimeter-wave componentsmillimeter wave technologyadditive manufacturing3d printing

A Modern 16-Qam Digital Radio You Can Design and Build at Home [Application Notes]. IEEE Microwave Magazine (2020)

David S. Ricketts

technologycommunicationcommunications systemswireless communicationsmicrowave engineeringradio frequencydigital signal processingradio communicationelectrical engineeringmicrowave technologydigital multimedia broadcastingradio engineering

Compact W-Band “Swan Neck” Turnstile Junction Orthomode Transducer Implemented by 3-D Printing. IEEE Transactions on Microwave Theory and Techniques (2020)

Junyu ShenDavid S. Ricketts

microwave photonicscompact w-bandwearable technologyinstrumentationmanufacturing technologymicrowave engineeringprinted electronicstransducer principlemicrowave transmissionelectrical engineeringmicroelectronicsmicrowave technologypower electronicsapplied physicsoptoelectronics3d printingadditive manufacturingengineering

The North Carolina State University Rabbit Radar: Build a Frequency-Modulated Continuous-Wave Radar in a Day [Application Notes]. IEEE Microwave Magazine (2020)

Matthew DwyerDavid S. Ricketts

frequency-modulated continuous-wave radarmicrowave engineeringradio frequencyradarmicrowave remote sensingmicrowave technologyelectrical engineering

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David Ricketts

Professor

North Carolina State University

Affiliations

College of Engineering

Electrical and Computer Engineering

David Ricketts is currently serving as a College Of Engineering Professor at North Carolina 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

David Ricketts

North Carolina State University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Scalable Active Metamaterial Cell With Integrated Gain, Compensation and Power. (2024)

Shian SuHongtao ZhongDavid S. Ricketts

electromagnetic metamaterialsintegrated gainmetamaterialsbiomedical engineering

Sweat-Powered, MM-Scale, Continuous-Time Sensor Systems With Bluetooth Low Energy (Ble) Backscatter. IEEE Access (2024)

Jordan BesnoffHongtao ZhongShian SuRajaram KavetiNitin MaiyaSupriya KrishnaNate T. GarlandAmay J. BandodkarDavid S. Ricketts

sensor technologytechnologycontinuous-time sensor systemslow energysensorswireless sensor systems

14Db Active Gain Magnetic Negative Permeability Metamaterial Cell With Self-Coupling Compensation. (2023)

Hongtao ZhongDavid S. Ricketts

self-coupling compensationoptoelectronicselectromagnetismelectrical engineering

Maximum Gain Enhancement in Wireless Power Transfer Using Anisotropic Metamaterials. Scientific Reports (2023)

William Carter HarrisDavid S. Ricketts

materials sciencemaximum gain enhancementanisotropic metamaterialswireless power transferoptoelectronics

Mtt-S Technical Committee 9 Microwave and Millimeter-Wave Solid State Devices Committee 2020-2021 Report [Mtt-S Society News]. IEEE Microwave Magazine (2022)

David RickettsGuillaume Callet

microwave engineeringmicrowave technologyelectrical engineering

Teaching 100 Remote Students Hands-on Microwave Design: Building a 16 Qam Radio at Home by Hand. 2021 51st European Microwave Conference (EuMC) (2022)

Jordan BesnoffDavid S. Ricketts

qam radioremote teachingmicrowave engineeringeducationeducational technologyradio engineering

3D Printing of Complex, High-Performance Millimeter-Wave Components. (2020)

J. ShenD. S. Ricketts

mechanical engineeringhigh-performance millimeter-wave componentsmillimeter wave technologyadditive manufacturing3d printing

A Modern 16-Qam Digital Radio You Can Design and Build at Home [Application Notes]. IEEE Microwave Magazine (2020)

David S. Ricketts

Compact W-Band “Swan Neck” Turnstile Junction Orthomode Transducer Implemented by 3-D Printing. IEEE Transactions on Microwave Theory and Techniques (2020)

Junyu ShenDavid S. Ricketts

The North Carolina State University Rabbit Radar: Build a Frequency-Modulated Continuous-Wave Radar in a Day [Application Notes]. IEEE Microwave Magazine (2020)

Matthew DwyerDavid S. Ricketts

frequency-modulated continuous-wave radarmicrowave engineeringradio frequencyradarmicrowave remote sensingmicrowave technologyelectrical engineering

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5
13
10 / page

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signal processing

quantum information science

Dimitra Psychogiou

Institution

University of Colorado Boulder

electrical engineering

microwave technology

Dejan Filipovic

Institution

University of Colorado Boulder

electrical engineering

antennas

Mohammod Ali

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Kevin J. Webb

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biomedical imaging

nanophotonics

Paul Franzon

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computer engineering

physical electronics

Yang-Ki Hong

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magnetic material

Sigfrid Yngvesson

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University of Massachusetts Amherst

terahertz science

nanotechnology

John Albrecht

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chemical engineering

Stavros V. Georgakopoulos

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antennas