D.C. HOPKINS - Key Persons
Job Titles:
- Using TSC for Alternative Energy Systems / CM
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- Modeling and Characterization of a New, Ultra Fast, High Power, Four Layer Semiconductor Device, the Pulsed Power Thyristor
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- Reactive Reserves on the Transmission System
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- Improving Materials for Thermal Interface and Electrical Conduction by Using Carbon / CM
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- a Zero - Voltage Transition Audio Amplifier Employing a New Current Control Technique
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- Perform Manual Load Shed Analysis for Western Division
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- Synthesis of Switch - Mode Power Electronic Circuits for Energy Recirculation and Storage
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- a Co - Generation Fueling Station for Electric Vehicles
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- Re - Establishing Cathodic Protection on High Voltage Underground Pressure Fluid Filled Pipes Cables
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- Three Phase Active Power Factor Correction Design for Military Application / CM
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- Analysis and Control of a Resonant - Switched Self - Oscillating Converter
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- Increasing Transmission Capacity With Composite Core Conductors / CM
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- Enhanced Substation Voltage Regulation Hardware Installation and Testing
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- Lunar Base Power System Design Considerations / CM
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- Understanding the Relationship Between Power Generation and System Stability
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- Control of a Transitional Boost - Buck Converter
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- Perform Manual Load Shed Analysis for Western Division / CM
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- Perform Underfrequency and Undervoltage Load Shed Analysis for Western Division
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- Comparative Analysis and Implementation of the S & C Tripsaver for Electrical Distribution System Protection / CM
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- Reactive Compensation on the Distribution System
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- Feasibility of High Power Equipment Protection With MEMS - Based Sensor Syst
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- a Mathematical Approach to Minimize the Total Mass of a Space Based Power System by Using Multivariate Non - Linear Optimization
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- Rebuilding the Buffalo 23 KV and 4.16 KV Systems to Meet Upcominng Load and Asset Replacement Strategies
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- Interconnection of Wind Energy on Transmission System / CM
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- Voltage Regulation and Paralleling Mismatched Transformers / CM
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- a Space Vector Modulated, Three Phase, Four Wire Inverter
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- Simulation and Control of Thyristor Controlled Series Capacitors / CM
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- Modeling and Characterization of Field Aided Drift in Highly Interdigitated Thyristor Devices
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- Advanced Topologies and Control for Electronic Energy Processing Systems
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- Member of the Faculty and Staff
- Director, FREEDM Systems Center, NCSU
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- Member of the Faculty and Staff
- Director, PREES Laboratory, NCSU
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- Member of the Faculty and Staff
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- Member of the Faculty and Staff
- Chairman, Mech & Aerospace Engineering, NCSU
Job Titles:
- Analysis of a Self - Oscillating Zero - Voltage Switched Quasi - Resonant Half - Bridge DC - DC Converter / CM
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- Modeling of Emission and High Injection Effects on a Four - Layer Semiconductor Structure
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- Investigation of the Impact of Plug - in Hybrid Electric Vehicles on the Electrical Power Grid
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- Increasing Transmission Capacity With Composite Core Conductors
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- Investigation of Thermal Impedance and Stress in Direct Attached Ceramic - Alsic Structures for Use in Power Packaging
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- an Internet - Based Sensor Network and Its Application to Electric Field Sensing / CM