TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 14 nm Technology | |
| 3 | |
| 3-D printed heat sink | |
| 3-level buck | |
| 3L-ANPC | |
| 3L-NPC | |
| 4 | |
| 48V vehicle electrical system | |
| 6 | |
| 6.78 MHz | |
| A | |
| AC switch | |
| AC to DC conversion | |
| ac-dc power conversion | |
| Active auxiliary circuit | |
| Active Damping | |
| Active gate drives | |
| active inductor | |
| Active Power | |
| active power decoupling | |
| Active Variable Reactance Rectifier | |
| Adaptive parameter estimation | |
| Additional losses | |
| admittance | |
| air | |
| air-core magnetics | |
| Alternate Arm Converter | |
| Analytical | |
| Ancillary services | |
| and performance | |
| artificial heart pumps | |
| asymmetric current sharing | |
| Auto-tuning | |
| automotive LED driver | |
| auxiliary circuit | |
| average current-mode control | |
| B | |
| Battery Charger | |
| Battery charging | |
| battery energy storage | |
| BESS | |
| bi-directional light-load control | |
| bidirectional converters | |
| bidirectional flyback converter | |
| Bidirectional inverter | |
| Bidirectional Power Flow | |
| bifurcation | |
| Blocked State | |
| boost converter | |
| Boost inverter | |
| Bridgeless | |
| bridgeless PFC | |
| buck | |
| buck and boost LED driver | |
| buck converter | |
| buck-boost converter | |
| Bypass Capacitance | |
| C | |
| capacitive load | |
| capacitive wireless power transfer | |
| capacitor | |
| capacitor balancing | |
| Cascade H-bridge | |
| Cascaded Buck Boost converter | |
| Cascaded H - Bridge Inverters | |
| cellphone battery charger | |
| charge trapping model | |
| Circulating current | |
| Class-E topology | |
| Class-Φ2 topology | |
| Cleaning system | |
| CMOS | |
| Cockcroft-Walton | |
| Code Composer Studio programming | |
| Common-mode circuit | |
| comparison | |
| Compensation | |
| Computational burden | |
| Concurrent commutation failure | |
| conducting loss | |
| Constant current distribution system | |
| constant impedance load | |
| constant power load | |
| Control | |
| Control of Multilevel converters | |
| Control Time Delay Compensation | |
| controller performance | |
| controls course development | |
| Converter | |
| Converter modeling and control | |
| Converter Stability | |
| Converters | |
| Converters Modeling | |
| core saturation | |
| coupled-magnetics | |
| Coupling variation | |
| cross-coupled response | |
| cross-coupling | |
| CubeSat | |
| Cuk | |
| current bounds | |
| current collapse | |
| Current control | |
| current controller | |
| current Estimation | |
| Current ripple mitigation | |
| current-mode class D | |
| curved-type | |
| Cybersecurity | |
| D | |
| D-Q Frame impedance | |
| DAB Converter | |
| Data Transmission | |
| DC arcs | |
| DC current distribution | |
| DC power supply | |
| Dc power systems dc link dynamics forbidden | |
| DC transmission | |
| DC-AC Inverters | |
| dc-ac power conversion | |
| DC-AC power converters | |
| DC-DC converter | |
| DC-DC Converters | |
| DC-DC Power conversion | |
| DC-DC power converters | |
| DC/DC Converter | |
| dcdc converter | |
| delta-sigma modulation | |
| Demand Response | |
| DER | |
| Design | |
| design optimization | |
| DFIG | |
| Dielectrophoresis | |
| differential power processing | |
| digital control | |
| Digital control of power converters | |
| Dimming | |
| diode rectifiers | |
| Direct Sequence Spread Spectrum | |
| Director Switch | |
| discontinuous conduction mode | |
| Discrete-time models | |
| Distributed Energy Resources | |
| distributed system | |
| double fourier series | |
| droop-based controller | |
| DSSS | |
| Dual Stage Converters | |
| dynamic ON-resistance | |
| dynamic systems | |
| E | |
| education | |
| efficiency | |
| Efficiency optimization | |
| electric vehicle | |
| Electric vehicles | |
| Electro-thermal simulation | |
| electroaerodynamic propulsion | |
| electrolytic capacitor | |
| Electromagnetic transient simulation | |
| Electromagnetics | |
| electrostatic | |
| Electrothermal plasma micro-thruster | |
| elevation angle | |
| Elliptical Wave | |
| EMI | |
| energy harvesting | |
| Energy storage | |
| equilibrium point | |
| EV | |
| F | |
| fast trun-off | |
| fast trun-on | |
| Fault prognosis | |
| Fault tolerant control | |
| Feedback Linearization | |
| Fibonacci SC converter | |
| Figure of Merit | |
| Finite control set | |
| Finite Element | |
| finite element method | |
| flipped learning | |
| Flyback Converter | |
| flying capacitor | |
| flying capacitor multi-level converter | |
| foster model | |
| four switch buck boost converter | |
| FPGA | |
| Frequency Controlled Converter | |
| Frequency domain | |
| Frequency-Dependent Network Equivalent(FDNE) | |
| Fuel Cells | |
| Fuel-cells | |
| G | |
| Gallium Nitride | |
| Gallium nitride (GaN) | |
| Gallium Nitrite GaN | |
| GaN | |
| GaN FETs | |
| GaN HEMT | |
| GaN isolated dc-dc converter | |
| gate charge | |
| gate driver | |
| gate injection transistor | |
| Global Assymptotic Stability | |
| GNC | |
| Grid connected | |
| Grid connected converter | |
| Grid current control | |
| Grid disturbances | |
| grid forming | |
| grid supporting | |
| Grid voltage feedforward regulator | |
| grid-connected converter | |
| Grid-connected converters | |
| grid-connected inverter | |
| Ground leakage current | |
| H | |
| Half-Bridge | |
| harmonic analysis | |
| harmonic compensation | |
| harmonic distortion | |
| harmonic elimination | |
| Harmonic Resonance | |
| heart pumps | |
| HEMTs | |
| high Bandwidth | |
| High efficiency | |
| high efficiency power electronics | |
| high frequency | |
| high frequency zvs cuk | |
| high power density | |
| high resolution PWM dimming | |
| high speed power electronics | |
| High step-down voltage conversion | |
| High step-up voltage conversion | |
| high voltage conversion ratio | |
| high voltage converter | |
| High voltage DC-DC converter | |
| high voltage transformers | |
| High-Efficiency | |
| High-frequency | |
| high-frequency operation | |
| high-frequency power conversion | |
| High-frequency power transformers | |
| High-speed switching | |
| high-voltage direct current (HVDC) transmission | |
| Hilbert transform | |
| HVDC | |
| Hybrid Converter | |
| Hybrid electronic and magnetic structures | |
| hybrid feedforward control | |
| hybrid switched-capacitor-magnetics power converters | |
| I | |
| Idealized switches | |
| identification | |
| Identification system | |
| IGBT | |
| IGBT behavioral model | |
| Impedance | |
| Impedance analysis | |
| impedance compression network | |
| impedance control network | |
| Impedance modeling | |
| impedance-based stability analysis | |
| Indirect Control | |
| inductive power transfer | |
| inductor | |
| inductor current ripple reconstruction | |
| Inductor-less Power Converter | |
| Input impedance | |
| input voltage ripple | |
| Insulated gate bipolar transistors | |
| integral compensator | |
| integrated magnetics | |
| Interharmonics | |
| Interleaved converters | |
| Interleaved three-level converters | |
| Interleaved two-level converters | |
| Interpolation | |
| inverse class D | |
| inverter | |
| Inverters | |
| IoT | |
| islanding | |
| isolated | |
| Isolated converters | |
| IVR | |
| L | |
| L-filter | |
| large step-ratio | |
| Large-Signal Analysis | |
| LCL filter | |
| LCL-filter | |
| learning effectiveness | |
| LED driver | |
| lifetime | |
| light-load | |
| light-load efficiency | |
| litz wire | |
| Load Control | |
| logarithmic current sharing | |
| Loss models | |
| Losses | |
| low frequency gain | |
| low profile | |
| Low-permeability | |
| LVAD | |
| Lyapunov Stability | |
| M | |
| Machine learning | |
| Magnetic components | |
| magnetic core | |
| Magnetics | |
| matched filter | |
| matching network | |
| matching networks | |
| MATLAB Simulink Embedded Coder | |
| Matrix Converter | |
| maximum power point | |
| Maximum Power Point Tracking | |
| Maximum Power Point Tracking (MPPT) | |
| Metering | |
| MHz frequencies | |
| Micro-wires | |
| Microcontroller | |
| microgrid | |
| microgrids | |
| minimum extinction angle | |
| Minimum switching | |
| MMC | |
| Mobile Applications | |
| Model Predictive Control | |
| Model reduction | |
| Modeling | |
| Modeling and control | |
| Modelling | |
| Modular Multilevel Converter | |
| modular multilevel converter(MMC) | |
| Modular multilevel converters | |
| Modularity | |
| Modulation | |
| modulator | |
| MPPT for SPCI | |
| MTDC system | |
| Multi time-scale | |
| multi-cell | |
| multi-infeed systems | |
| multi-level | |
| multi-objective optimization | |
| Multi-paralleled inverter | |
| Multi-phase current sharing | |
| multi-port | |
| Multi-resonant | |
| Multi-terminal HVDC | |
| multi-voltage-gain-ratio application | |
| Multilevel converter | |
| Multilevel Converters | |
| Multilevel Power conversion | |
| multiphase converters | |
| Multiterminal HVDC systems | |
| MVDC | |
| N | |
| natural balancing | |
| network impedance model | |
| neutral point potential variation | |
| noise | |
| non-isolated DC-DC converter | |
| nonlinear control | |
| Nonlinear Control Systems | |
| Nonlinear PI control | |
| Numerical integration method | |
| numerical method | |
| Numerical simulation | |
| O | |
| Offshore wind energy | |
| on chip losses | |
| onboard charger | |
| online impedance measurement | |
| Optimization | |
| Optimization Problem | |
| Overvoltages | |
| P | |
| PAPR | |
| parallel converter systems | |
| Parallelled converter | |
| Parameter extraction | |
| passive component | |
| passive filter | |
| Passive Interface | |
| Passive Output | |
| Peak-to-average power ratio | |
| performance comparison | |
| performance factor | |
| periodic steady-state analysis | |
| PFC | |
| Phase Locked Loop | |
| phase-locked loop | |
| Phi 2 inverter | |
| Photo Voltaic Power Conversion | |
| Photovoltaic | |
| Photovoltaic System | |
| piecewise resonance | |
| planar magnetics | |
| planar transformer | |
| PLL | |
| POD | |
| Poincare map | |
| point-of-load converter | |
| pollution | |
| Port-Hamiltonian Representation | |
| portable | |
| Power control | |
| Power conversion harmonics | |
| Power density | |
| power devices | |
| Power Electronic circuit simulation | |
| Power Electronic Converter | |
| power electronic modelling | |
| power electronics | |
| Power electronics architecture | |
| Power electronics converters | |
| power electronics course development | |
| Power Factor | |
| power factor correction | |
| Power grids | |
| Power IC | |
| Power Losses | |
| Power measurement | |
| Power Oscillation Damping | |
| power pulsation buffer | |
| Power quality | |
| power semiconductor devices | |
| power sharing | |
| Power system faults | |
| Power system modeling | |
| Power system reliability | |
| Power system stability | |
| power transfer density | |
| power transistors | |
| Power-electronics simulation | |
| precipitator | |
| Predictive control | |
| Predictive Control Strategy | |
| printed-circuit-board (PCB) embedded | |
| Proportional-and-resonant controller | |
| pulse frequency | |
| pulse skipping | |
| Pulse width modulation | |
| Push-pull | |
| PV | |
| PWM converter | |
| PWM converters | |
| PWM dimming | |
| PWW control | |
| Q | |
| Quantization noise | |
| Quasi-resonant converters | |
| quasi-resonant operation | |
| R | |
| Random Forests | |
| reactive compensation | |
| reactive power control | |
| real-time stability analysis | |
| Recirculating Current Control | |
| Reconfigurable power converters | |
| reconnection | |
| Rectifier | |
| Rectifiers | |
| reflector | |
| region load impedance specification minor loop gain stability | |
| region of attraction | |
| reliability | |
| Reluctance Actuator | |
| Renewable resources | |
| resonance | |
| Resonance damping | |
| Resonant Coils | |
| resonant converter | |
| Resonant Converters | |
| resonant dc-dc conversion | |
| Resonant dc-dc converters | |
| Resonant Filter | |
| Resonant gate drive | |
| resonant magnetic coupling | |
| resonant power conversion | |
| Resonant Switched Capacitor Converter | |
| resonant tank | |
| respiratory | |
| RF | |
| Ringing | |
| robust controller | |
| Robustness | |
| rotating dq reference frame | |
| Rotor side converter | |
| rural | |
| S | |
| safety operating area | |
| SC converter synthesis | |
| scaling | |
| seamless transition | |
| Second order harmonic suppression | |
| self-tuning | |
| semiconductor device modeling | |
| sensitivity | |
| Sensorless | |
| Series resonant converter | |
| shooting method | |
| SiC MOSFET | |
| SiC-MOSFET | |
| Silicon Carbide | |
| silicon carbide MOSFET | |
| silicon IGBT | |
| simulation | |
| Simulink | |
| single stage | |
| single-phase ac microgrid | |
| single-phase ac-dc | |
| single-phase dc-ac | |
| Single-star MMC | |
| Sinusoidal Compensator | |
| Sliding mode control | |
| Sliding mode observer | |
| Small Signal Modeling | |
| small-signal responses | |
| Smart Grid | |
| smart inverters | |
| smart meter | |
| Smart Power Cable | |
| Snubber | |
| Soft Switching | |
| Soft-Switching | |
| soft-switching boundary | |
| Soft-switching topologies | |
| Solar Energy | |
| Solar Panel Companion Inverters | |
| solar power | |
| Solar Power Conversion | |
| Solenoid | |
| Solid state transformer | |
| source terminal of MOSFET | |
| Space vector modulation | |
| Sparse Three Level Inverter | |
| SPICE software | |
| Spread Spectrum | |
| Square Wave Perturbation | |
| stability | |
| stability analysis | |
| Stacked Transistors | |
| Standalone microgrid | |
| STATCOM | |
| State Space Averaging | |
| statistical model checking | |
| Step-Down Power Conversion | |
| Sub-Module | |
| Sub-module Voltage Ripple Minimisation | |
| substrate coupling | |
| substrate potential | |
| Sum of squares | |
| sun | |
| switch interleaving | |
| switched capacitor | |
| Switched-Capacitor (SC) converter | |
| switched-capacitor circuits | |
| switched-capacitor converters | |
| Switched-capacitors | |
| Switching energy loss | |
| switching frequency harmonics | |
| Switching Loss | |
| switching losses | |
| switching sequence selection | |
| Synchronization | |
| Synchronous | |
| System testing | |
| T | |
| Tail current | |
| Test facilities | |
| Texas Instruments TMS320F28335 DSP | |
| THD | |
| thermal model | |
| thermal performance | |
| three level buck converter | |
| Three-level | |
| Three-Level Simplified Neutral Point Clamped Inverter | |
| three-phase converter | |
| three-phase grid-connected converters | |
| Three-phase inverter | |
| time-interleaved multiphase DC-DC converters | |
| toroidal inductors | |
| Total harmonic distortion | |
| transformation | |
| Transformer | |
| Transformers | |
| transient stability | |
| Transmission cable | |
| trap filter | |
| two-level VSC | |
| two-phase interleaved buck converters | |
| U | |
| unbalanced grid | |
| uninterrupted supply | |
| USB Cable | |
| V | |
| ventricular-assist devices | |
| very-high-frequency | |
| VHF | |
| video lectures | |
| Vienna rectifier | |
| Virtual prototyping | |
| voltage and frequency control | |
| voltage multiplier | |
| Voltage Ripple | |
| Voltage source converter | |
| voltage source inverter | |
| VSC | |
| VSC model | |
| W | |
| Wavect Controller | |
| Weak grid | |
| weight optimization | |
| Wide Band Gap Devices | |
| wide bandgap device application | |
| wide bang-gap devices | |
| Wide operating voltage range | |
| Wind energy integration | |
| wind generator | |
| Winding | |
| Winding loss | |
| Wireless power transfer | |
| Wireless Power Transfer (WPT) | |
| Wiring inductance | |
| WPT | |
| X | |
| Xilinx System Generator | |
| Z | |
| Z-Source Inverter | |
| z-Transform | |
| Zero voltage switching | |
| zero-voltage switching | |
| ZVS | |
| ZVS Cuk | |
| ZVS-QSW buck converter | |