Brett Sparkman
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Also affiliated: Wolfspeed, Inc. (United States) (2016–2023); Siemens Energy (2017)
Research Areas
Biography and Research Information
OverviewAI-generated summary
Brett Sparkman's research focuses on power electronics, particularly those utilizing silicon carbide (SiC) semiconductor materials. His work includes the development and characterization of SiC-based power modules and inverters for applications such as heavy equipment and electric vehicles. Sparkman has investigated the switching performance and intrinsic properties of SiC MOSFETs and their integration into power modules, comparing them with alternative diode configurations. He has also explored SiC bipolar analog circuits designed for extreme temperature environments and has contributed to the design of high-performance, compact inverters for traction applications. His publications also touch upon wireless patient monitoring systems and built-in self-test methodologies for asynchronous circuits.
Metrics
- h-index: 6
- Publications: 17
- Citations: 152
Selected Publications
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Design of a Motor Control Board for the NASA Lunabotics Mining Competition (2025)
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Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling (2023)
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Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits using Pipeline Stage Parallelism (2022)
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Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits (2020)
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Wireless patient monitoring system (2014)
Collaboration Network
Top Collaborators
- Wireless patient monitoring system
- Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits
- Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits using Pipeline Stage Parallelism
- Design of a Motor Control Board for the NASA Lunabotics Mining Competition
- Wireless patient monitoring system
- Design of a Motor Control Board for the NASA Lunabotics Mining Competition
- Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits
- Built-In Self-Test for Multi-Threshold NULL Convention Logic Asynchronous Circuits using Pipeline Stage Parallelism
- Wireless patient monitoring system
- Wireless patient monitoring system
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
- Sliding Window-Based Thermal Topography Determining Thermal Impedance and Thermal Coupling
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