|
wireless power transfer |
11 |
|
soft switching |
10 |
|
capacitors |
8 |
|
power electronics |
8 |
|
switches |
8 |
|
active power decoupling |
7 |
|
electric spring |
7 |
|
light emitting diodes |
7 |
|
single-phase converters |
7 |
|
smart grids |
7 |
|
stability |
7 |
|
voltage |
7 |
|
voltage control |
7 |
|
wireless power transfer (wpt) |
7 |
|
electric springs (ess) |
6 |
|
inductors |
6 |
|
light-emitting diode |
6 |
|
llc resonant converter |
6 |
|
nonlinear control |
6 |
|
reverse electrodialysis |
6 |
|
reverse electrodialysis (red) |
6 |
|
color chromaticity |
5 |
|
demand-side management (dsm) |
5 |
|
electric spring (es) |
5 |
|
gallium nitride (gan) |
5 |
|
high efficiency |
5 |
|
light-emitting diode (led) |
5 |
|
mathematical model |
5 |
|
monolithic integration |
5 |
|
photodetector |
5 |
|
power decoupling |
5 |
|
rectifiers |
5 |
|
resonant converter |
5 |
|
single-phase converter |
5 |
|
sliding mode control |
5 |
|
smart load |
5 |
|
3d autolabeler |
4 |
|
3d object detection |
4 |
|
algebraic estimation |
4 |
|
automatic power decoupling |
4 |
|
buck converter |
4 |
|
coatings |
4 |
|
coils |
4 |
|
control |
4 |
|
decoupled control |
4 |
|
demand response |
4 |
|
demand-side management |
4 |
|
electric springs |
4 |
|
electric springs (es) |
4 |
|
frequency |
4 |
|
hybrid converter |
4 |
|
inverters |
4 |
|
light-emitting diodes |
4 |
|
load-independent design |
4 |
|
luminous flux |
4 |
|
microgrids |
4 |
|
multimodal vision |
4 |
|
phase shift control |
4 |
|
phosphors |
4 |
|
power imbalance |
4 |
|
receivers |
4 |
|
regulation |
4 |
|
self-attention |
4 |
|
self-supervision |
4 |
|
sensor reduction |
4 |
|
three-level flying capacitor |
4 |
|
transformer |
4 |
|
voltage regulation |
4 |
|
wind power |
4 |
|
wireless power receiver |
4 |
|
ac-ac power convertors |
3 |
|
ac-dc conversion |
3 |
|
ac-dc rectifier |
3 |
|
adaptive systems |
3 |
|
automatic-power-decoupling control |
3 |
|
back-to-back converters |
3 |
|
battery management system |
3 |
|
beat frequency |
3 |
|
buck power-factor-correction (pfc) rectifier |
3 |
|
capacitor voltage balance |
3 |
|
charging infrastructure |
3 |
|
circuit faults |
3 |
|
circuit stability |
3 |
|
class e rectifier |
3 |
|
color control |
3 |
|
color coordinates |
3 |
|
constant frequency |
3 |
|
constant power |
3 |
|
continuous mode |
3 |
|
continuous output current |
3 |
|
cooperative control |
3 |
|
current balancing |
3 |
|
damping |
3 |
|
dc grids |
3 |
|
dc microgrids |
3 |
|
decomposed voltage control |
3 |
|
differential resonant class e rectifier |
3 |
|
differential resonant rectifier |
3 |
|
direct power control |
3 |
|
discontinuous current mode |
3 |
|
discrete sliding mode control (dsmc) |
3 |
|
distributed power systems |
3 |
|
distributed renewable generations |
3 |
|
distribution network |
3 |
|
dual active bridge converters |
3 |
|
dynamic performance |
3 |
|
dynamic response |
3 |
|
efficiency |
3 |
|
electric vehicle |
3 |
|
electric vehicle (ev) charging |
3 |
|
electric vehicles (ev) charging |
3 |
|
electrolytic capacitor |
3 |
|
equivalent circuit model |
3 |
|
ev charging |
3 |
|
fault tolerant systems |
3 |
|
fault-tolerant |
3 |
|
feedback linearization |
3 |
|
frequency control |
3 |
|
generalized hybrid model |
3 |
|
high power density |
3 |
|
high-gain step-up dc/dc converter |
3 |
|
hill-climbing-search-based phase angle control |
3 |
|
hooke's law |
3 |
|
hybrid modulation |
3 |
|
impedance |
3 |
|
inductive power transmission |
3 |
|
inductive-boosting |
3 |
|
input current control |
3 |
|
interleaved operation |
3 |
|
led |
3 |
|
lighting |
3 |
|
lighting control |
3 |
|
lighting system |
3 |
|
low computational cost |
3 |
|
low thd |
3 |
|
mathematical models |
3 |
|
maximum energy efficiency (mee) |
3 |
|
maximum energy efficiency tracking (meet) |
3 |
|
maximum power generation (mpg) |
3 |
|
maximum power injection (mpi) |
3 |
|
mechanical springs |
3 |
|
modified llc resonant converter |
3 |
|
multilevel converter |
3 |
|
neutral-point-clamped converter |
3 |
|
nickel |
3 |
|
oscillation |
3 |
|
output regulation |
3 |
|
overshoot |
3 |
|
passive led drivers |
3 |
|
peer-to-peer charging |
3 |
|
pfc rectifier |
3 |
|
phase shift (ps) |
3 |
|
phase-shift control |
3 |
|
phase-shift regulation |
3 |
|
phase-shift time |
3 |
|
photo-electro-thermal theory |
3 |
|
photovoltaic (pv) power generations |
3 |
|
photovoltaic (pv) system |
3 |
|
power balance |
3 |
|
power compensation |
3 |
|
power conversion |
3 |
|
power factor control |
3 |
|
power grids |
3 |
|
power inductors |
3 |
|
power quality |
3 |
|
power system stability |
3 |
|
pulsating power buffer |
3 |
|
pulsating power buffer (ppb) |
3 |
|
pulsating power buffering |
3 |
|
receiver |
3 |
|
recycle mode |
3 |
|
red–green–blue (rgb) light-emitting diode (led) system |
3 |
|
renewable energy source |
3 |
|
renewable sources |
3 |
|
resonant rectifier |
3 |
|
right-half-plane (rhp) zero |
3 |
|
right-half-plane zero |
3 |
|
right-half-plane zero (rhp) |
3 |
|
salinity gradient power |
3 |
|
salinity gradient power (sgp) |
3 |
|
series-series compensated wireless power transfer (wpt) system |
3 |
|
single-inductor multiple-output (simo) |
3 |
|
single-inductor three-output (sito) led driver |
3 |
|
single-input multi-output converter |
3 |
|
single-input triple-output converter |
3 |
|
single-phase |
3 |
|
single-switch |
3 |
|
sliding mode control (smc) |
3 |
|
smart grid |
3 |
|
smart lampposts |
3 |
|
smart loads |
3 |
|
solid-state transformer |
3 |
|
stability analysis |
3 |
|
static compensator (statcom) |
3 |
|
steady-state |
3 |
|
storage reduction |
3 |
|
street lighting |
3 |
|
sustainable lighting technology |
3 |
|
synchronization |
3 |
|
thin-film |
3 |
|
three-phase electric springs |
3 |
|
transceiver |
3 |
|
two-stage wireless power receiver |
3 |
|
vehicles |
3 |
|
very high voltage gain |
3 |
|
voltage balancing |
3 |
|
voltage stabilization |
3 |
|
voltage-balancing control |
3 |
|
wide input voltage range |
3 |
|
wide load power range |
3 |
|
wind energy conversion system (wecs) |
3 |
|
wireless communication |
3 |
|
zcs |
3 |
|
zero-voltage-switching (zvs) |
3 |
|
zvs |
3 |
|
$n$-level driving |
2 |
|
3-ph es |
2 |
|
ac to dc conversion |
2 |
|
ac-ac power conversion |
2 |
|
ac-ac/dc power conversion |
2 |
|
ac/dc converter |
2 |
|
ac/dc power system |
2 |
|
active class e rectifier |
2 |
|
active filter |
2 |
|
active filter integration |
2 |
|
active filters |
2 |
|
active power filter (apf) |
2 |
|
adaptive reference model predictive control (armpc) |
2 |
|
adaptive weighting factors |
2 |
|
algebraic observer |
2 |
|
application requirements |
2 |
|
automatic power decoupling control |
2 |
|
batteries |
2 |
|
battery energy storage |
2 |
|
bicolor light-emitting diode (led) lamp |
2 |
|
bidirectional power flow |
2 |
|
bridgeless single-inductor multiple-output (simo) |
2 |
|
buck converter control |
2 |
|
buck-boost |
2 |
|
capacitance |
2 |
|
capacitance reduction |
2 |
|
centralized model predictive control (cmpc) |
2 |
|
class e inverter |
2 |
|
class e inverters |
2 |
|
closedloop nonlinear approach |
2 |
|
consensus control |
2 |
|
constant switching frequency |
2 |
|
consumer electronics |
2 |
|
continuous conduction mode (ccm) |
2 |
|
correlated color control (cct) |
2 |
|
correlated color temperature (cct) |
2 |
|
coupling coefficient |
2 |
|
cross-regulation |
2 |
|
dc electric springs (dces) |
2 |
|
dc grids / smart grid |
2 |
|
dc microgrids (mgs) |
2 |
|
dc-ac power conversion |
2 |
|
dc-link |
2 |
|
dc-shifted |
2 |
|
dc-shifted harmonics-boosted resonant tank |
2 |
|
different rectifiers and inverters |
2 |
|
differential rectifiers/inverters |
2 |
|
digital feedback control |
2 |
|
dimming |
2 |
|
diode-capacitor rectifier |
2 |
|
discontinuous conduction mode (dcm) |
2 |
|
distributed control |
2 |
|
distributed power system |
2 |
|
distribution power loss |
2 |
|
double-line frequency |
2 |
|
droop control |
2 |
|
dynamic modeling |
2 |
|
e-capless |
2 |
|
eeak grid |
2 |
|
energy audit |
2 |
|
energy storage reduction |
2 |
|
extra-high-voltage gain |
2 |
|
gallium nitride |
2 |
|
genetic algorithms |
2 |
|
hardware-in-the-loop |
2 |
|
harmonics |
2 |
|
heating systems |
2 |
|
high-frequency hybrid converter |
2 |
|
high-frequency inverter |
2 |
|
high-frequency rectifier |
2 |
|
high-voltage conversion ratio |
2 |
|
hybrid ac-dc systems |
2 |
|
hybrid power systems |
2 |
|
hybrid system |
2 |
|
impedance emulation |
2 |
|
inductor cores |
2 |
|
instantaneous power theory |
2 |
|
integrated magnetics |
2 |
|
inverter |
2 |
|
islanding |
2 |
|
led driver |
2 |
|
led drivers |
2 |
|
light control |
2 |
|
light-emitting diodes (led) |
2 |
|
light-emitting diodes (leds) |
2 |
|
local hierarchical control (lhc) |
2 |
|
low cost |
2 |
|
low-frequency integrated magnetics |
2 |
|
low-frequency ripple |
2 |
|
low-voltage (lv) network |
2 |
|
maximum power flow |
2 |
|
micro-grid |
2 |
|
microgrid |
2 |
|
model predictive contro (mpc) |
2 |
|
model predictive control (mpc) |
2 |
|
monitoring |
2 |
|
mosfet |
2 |
|
mpc with integrator |
2 |
|
mppt |
2 |
|
multi-coil wireless power transfer (mc-wpt) |
2 |
|
multifunctional control |
2 |
|
negative-sequence currents |
2 |
|
neutral current |
2 |
|
non-adaptive weighting factors |
2 |
|
non-communication-based |
2 |
|
non-linear feedback control |
2 |
|
nonidentical leds |
2 |
|
optical variables measurement |
2 |
|
optimal tuning |
2 |
|
parabolic modulation |
2 |
|
parabolic modulation (pm) |
2 |
|
passive led systems |
2 |
|
phosphor-coated white leds |
2 |
|
photo-detector systems |
2 |
|
photo-electro-thermal (pet) |
2 |
|
photo-electro-thermal theory for led systems |
2 |
|
photo-electrothermal theory |
2 |
|
photoelectrothermal theory (pet) |
2 |
|
photovoltaic (pv) battery system |
2 |
|
photovoltaic panel |
2 |
|
pi control |
2 |
|
pi controller |
2 |
|
plug and play |
2 |
|
plug-and-play ripple mitigation |
2 |
|
power control |
2 |
|
power density |
2 |
|
power efficiency analysis |
2 |
|
power factor (pf) correction |
2 |
|
power grid |
2 |
|
power-density |
2 |
|
power-factor-correction rectifier |
2 |
|
predictive control |
2 |
|
programmable impedance |
2 |
|
pseudo-continuous conduction mode (pccm) |
2 |
|
pulse width modulation |
2 |
|
pulsewidth-modulated (pwm) dimming |
2 |
|
pv system |
2 |
|
pwm dimming |
2 |
|
pwm driving |
2 |
|
radial-chordal decomposition |
2 |
|
reactive power |
2 |
|
rectifier |
2 |
|
red-green-blue (rgb) light-emitting diodes (led) system |
2 |
|
renewable energy |
2 |
|
reset-sensing quasi-v2 control |
2 |
|
resonant converters |
2 |
|
resonant frequency |
2 |
|
resonant technique |
2 |
|
resonators |
2 |
|
ripple pacifier |
2 |
|
single-inductor multiple output (simo) |
2 |
|
single-inductor three-output (sito) |
2 |
|
single-inductor-multiple-output |
2 |
|
single-phase ac-to-dc converters |
2 |
|
single-phase ac/dc converter |
2 |
|
single-stage |
2 |
|
single-switch resonant inverter |
2 |
|
small-signal model |
2 |
|
smart-load unit |
2 |
|
standalone dc microgrid |
2 |
|
standards |
2 |
|
state-variable feedback |
2 |
|
static synchronous series compensators |
2 |
|
static var compensator |
2 |
|
steady-state errors |
2 |
|
switching frequency |
2 |
|
symmetrical components |
2 |
|
technological challenges |
2 |
|
temperature measurement |
2 |
|
thermal model |
2 |
|
topology |
2 |
|
transient stability |
2 |
|
transmitters |
2 |
|
two-switch rectifier |
2 |
|
variable structure control |
2 |
|
variable structure control (vsc) |
2 |
|
virtual multiple-input multiple-output (mimo) system |
2 |
|
virtual reference |
2 |
|
virtual references |
2 |
|
visible light communication (vlc) |
2 |
|
voltage and frequency (v & f) control |
2 |
|
voltage boosting |
2 |
|
voltage measurement |
2 |
|
voltage multiplier |
2 |
|
voltage sensorless control |
2 |
|
voltage source inverter (vsi) |
2 |
|
waveform control |
2 |
|
white led |
2 |
|
wide output voltage range |
2 |
|
wireless powertransfer (wpt) |
2 |
|
zero-voltage switching (zvs) |
2 |
|
ac-dc power conversion |
1 |
|
active method |
1 |
|
adaptive control |
1 |
|
adaptive feedback control |
1 |
|
adaptive feedforward control |
1 |
|
amplitude mode |
1 |
|
analogue integrated circuit controller chips |
1 |
|
analysis |
1 |
|
atmosphere temperature prediction |
1 |
|
augmentation circuits |
1 |
|
auxiliary circuit |
1 |
|
auxiliary circuits |
1 |
|
average current mode control |
1 |
|
bi-color white led system |
1 |
|
bi-level current |
1 |
|
bi-level driving |
1 |
|
bidirectional |
1 |
|
bilevel current |
1 |
|
boost converter |
1 |
|
boundary control |
1 |
|
boundary control (bc) |
1 |
|
buck converters |
1 |
|
buck-boost hybrid converter |
1 |
|
building energy management |
1 |
|
cathode humidification |
1 |
|
characteristic time |
1 |
|
charging efficiency |
1 |
|
classification |
1 |
|
components sizing |
1 |
|
concentration overpotential |
1 |
|
continuous conduction mode |
1 |
|
control function |
1 |
|
current mode |
1 |
|
current-mode control strategies |
1 |
|
dc |
1 |
|
dc-dc converter |
1 |
|
dc-dc converters |
1 |
|
dc-dc power conversion |
1 |
|
dc-dc power convertors |
1 |
|
decouple |
1 |
|
design issues |
1 |
|
digital signal processors |
1 |
|
diode i-v characteristic |
1 |
|
direct current |
1 |
|
direct supply |
1 |
|
discharging efficiency |
1 |
|
discontinuous switching characteristic |
1 |
|
double-integral sliding mode |
1 |
|
double-integral sliding mode (sm) |
1 |
|
driver |
1 |
|
driving method |
1 |
|
dsp |
1 |
|
dynamic behavior |
1 |
|
effective solution |
1 |
|
electric current converters |
1 |
|
electrical performance |
1 |
|
electrification |
1 |
|
electromagnetic interference (emi) |
1 |
|
energy-conversion efficiency |
1 |
|
energy-flow-path |
1 |
|
engineering education |
1 |
|
exponential step-down switch-capacitor converter |
1 |
|
fast dynamic response |
1 |
|
fast load transients |
1 |
|
fast transient |
1 |
|
fast transients |
1 |
|
feedforward control |
1 |
|
fixed-frequency |
1 |
|
fixed-frequency pwm-based sm controllers |
1 |
|
flicker |
1 |
|
flying capacitor |
1 |
|
fpga |
1 |
|
fuel cell |
1 |
|
fuel cell (fc) modeling |
1 |
|
fuel cells |
1 |
|
fuel/electrolysis cell |
1 |
|
full charging |
1 |
|
full discharging |
1 |
|
full-bridge (fb) converter |
1 |
|
full-bridge inverter |
1 |
|
gas channel flooding |
1 |
|
high voltage gain converter |
1 |
|
high-brightness led |
1 |
|
high-brightness leds |
1 |
|
high-school students |
1 |
|
high-voltage gain |
1 |
|
hong kong |
1 |
|
hvac |
1 |
|
hybrid energy system |
1 |
|
hybrid switch-capacitor buck converter |
1 |
|
hydrogen economy |
1 |
|
hysteresis band |
1 |
|
hysteresis modulation |
1 |
|
hysteresis-modulation |
1 |
|
inlet gas conditions |
1 |
|
inlet relative humidity control |
1 |
|
interleaved control |
1 |
|
interleaving |
1 |
|
large transient |
1 |
|
large transients |
1 |
|
large-voltage-gain-two-stage converter |
1 |
|
led color |
1 |
|
lighting device |
1 |
|
limited current ripple |
1 |
|
linear small-signal techniques |
1 |
|
load flow |
1 |
|
load transients |
1 |
|
load-informed power management |
1 |
|
low power |
1 |
|
low-frequency current ripple |
1 |
|
low-frequency currents |
1 |
|
luminous efficacy |
1 |
|
maximum power density |
1 |
|
mcu |
1 |
|
microcontrollers |
1 |
|
microprocessor power supply |
1 |
|
mixed-mode power conversions |
1 |
|
n-level driving approach |
1 |
|
non-linear controller |
1 |
|
nonlinear control method |
1 |
|
nonlinear control systems |
1 |
|
nonlinear controller |
1 |
|
nonlinearity |
1 |
|
output voltages |
1 |
|
outreach activities |
1 |
|
p. r. china |
1 |
|
parallel |
1 |
|
partial charging |
1 |
|
partial discharging |
1 |
|
pem fuel cell |
1 |
|
pemfc model |
1 |
|
phosphor-converted (pc) led |
1 |
|
photo-electro-thermal (pet) theory |
1 |
|
polymer electrolyte fuel cell |
1 |
|
power converter |
1 |
|
power converters |
1 |
|
power dispatch |
1 |
|
power factor correction |
1 |
|
power factor correction (pfc) |
1 |
|
power sources |
1 |
|
power supplies |
1 |
|
power supply |
1 |
|
power system control |
1 |
|
proton exchange membrane fc (pemfc) |
1 |
|
proton exchange membrane fuel cell |
1 |
|
pseudo-continuous conduction mode |
1 |
|
pulsation power |
1 |
|
pulse width modulation (pwm) |
1 |
|
pulse-width modulated dc-dc power converters |
1 |
|
pulse-width modulation |
1 |
|
pulse-width-modulation |
1 |
|
pulse-width-modulation (pwm) |
1 |
|
pulsewidth modulation |
1 |
|
pulsewidth modulation (pwm) |
1 |
|
pulsewidthmodulation (pwm) |
1 |
|
pwm dc-dc power converters |
1 |
|
pwm power convertors field-programmable gate arrays |
1 |
|
qsm controllers |
1 |
|
quasi-sliding-mode (qsm) |
1 |
|
quasi-switched-capacitor (qsc) converter |
1 |
|
quasisliding mode controllers |
1 |
|
real-time systems |
1 |
|
renewable energy resource |
1 |
|
renewable energy systems |
1 |
|
repetitive control |
1 |
|
resonant circuits |
1 |
|
ripple |
1 |
|
ripple currents |
1 |
|
series-series-compensated wireless power transfer system |
1 |
|
single-inductor dual-output (sido) led driver |
1 |
|
single-inductor multiple-output |
1 |
|
slew rate |
1 |
|
sliding mode (sm) control |
1 |
|
sliding mode (sm)control |
1 |
|
sliding mode control (sm) control |
1 |
|
sliding-mode (sm) control |
1 |
|
smart energy network |
1 |
|
switched capacitor |
1 |
|
switched capacitor converter |
1 |
|
switched-capacitor |
1 |
|
switched-capacitor (sc) converter |
1 |
|
switched-capacitor (sc) converters |
1 |
|
switching power supplies |
1 |
|
thd |
1 |
|
three-level (tl) converter |
1 |
|
time series |
1 |
|
transient response |
1 |
|
two-phase flow |
1 |
|
two-phase transport |
1 |
|
variable gain control |
1 |
|
variable structure feedback control |
1 |
|
variable structure system |
1 |
|
variable structure systems |
1 |
|
voltage mode |
1 |
|
voltage mode control strategies |
1 |
|
voltage source inverter |
1 |
|
water flooding |
1 |
|
wind energy conversion system |
1 |
|
zero-voltage-transition |
1 |
