|
wireless power transfer |
11 |
|
soft switching |
8 |
|
receivers |
6 |
|
resonant converter |
5 |
|
wireless power transfer (wpt) |
5 |
|
decoupled control |
4 |
|
impedance |
4 |
|
load-independent design |
4 |
|
phase shift control |
4 |
|
regulation |
4 |
|
stability |
4 |
|
wireless power receiver |
4 |
|
ac-dc conversion |
3 |
|
ac-dc rectifier |
3 |
|
analytical models |
3 |
|
beat frequency |
3 |
|
buck converter |
3 |
|
capacitors |
3 |
|
circuit theory |
3 |
|
class e rectifier |
3 |
|
color coordinates |
3 |
|
continuous output current |
3 |
|
coupled mode theory |
3 |
|
couplings |
3 |
|
current balancing |
3 |
|
damping |
3 |
|
differential resonant class e rectifier |
3 |
|
differential resonant rectifier |
3 |
|
direct power control |
3 |
|
dual active bridge converters |
3 |
|
dynamic response |
3 |
|
efficiency |
3 |
|
electric circuit theory |
3 |
|
estimation |
3 |
|
frequency measurement |
3 |
|
front-end monitoring |
3 |
|
hybrid modulation |
3 |
|
inductance |
3 |
|
inductive-boosting |
3 |
|
integrated circuit modeling |
3 |
|
interleaved operation |
3 |
|
low thd |
3 |
|
luminous flux |
3 |
|
magnetic resonance |
3 |
|
oscillation |
3 |
|
output regulation |
3 |
|
overshoot |
3 |
|
parity-time symmetry |
3 |
|
peer-to-peer charging |
3 |
|
phase shift (ps) |
3 |
|
phase-shift control |
3 |
|
phase-shift regulation |
3 |
|
phase-shift time |
3 |
|
planar magnetics |
3 |
|
primary-side control |
3 |
|
printed-circuit-board (pcb) resonators |
3 |
|
real-time estimation |
3 |
|
real-time systems |
3 |
|
receiver |
3 |
|
rectifiers |
3 |
|
red–green–blue (rgb) light-emitting diode (led) system |
3 |
|
resistance |
3 |
|
resonant frequency |
3 |
|
resonant power conversion |
3 |
|
resonant rectifier |
3 |
|
reverse electrodialysis |
3 |
|
reverse electrodialysis (red) |
3 |
|
right-half-plane (rhp) zero |
3 |
|
right-half-plane zero |
3 |
|
right-half-plane zero (rhp) |
3 |
|
single-inductor three-output (sito) led driver |
3 |
|
single-input multi-output converter |
3 |
|
single-input triple-output converter |
3 |
|
sliding mode control |
3 |
|
state of charge |
3 |
|
state-of-charge (soc) estimation |
3 |
|
switches |
3 |
|
synchronization |
3 |
|
transceiver |
3 |
|
transmitters |
3 |
|
two-stage wireless power receiver |
3 |
|
very high voltage gain |
3 |
|
wide input voltage range |
3 |
|
wide load power range |
3 |
|
wireless communication |
3 |
|
zcs |
3 |
|
zero-phase-angle |
3 |
|
zero-voltage-switching (zvs) |
3 |
|
zvs |
3 |
|
active class e rectifier |
2 |
|
bidirectional power flow |
2 |
|
capacitance |
2 |
|
capacitive power transfer (cpt) |
2 |
|
class e inverter |
2 |
|
class e inverters |
2 |
|
coils |
2 |
|
compensation identification |
2 |
|
couplers |
2 |
|
coupling coefficient |
2 |
|
dc-shifted |
2 |
|
dc-shifted harmonics-boosted resonant tank |
2 |
|
diode-capacitor rectifier |
2 |
|
inductive power transfer (ipt) |
2 |
|
monitoring |
2 |
|
primary side monitoring |
2 |
|
printed circuits |
2 |
|
printed-circuit-board (pcb)-based self-resonators |
2 |
|
receiver resonant frequency |
2 |
|
sensors |
2 |
|
soc estimation |
2 |
|
universal wireless charging system |
2 |
|
wireless power transmission |
2 |
|
alternate calculation |
1 |
|
circuit generalizations |
1 |
|
converters state-space analysis |
1 |
|
coupled inductor |
1 |
|
d c power supply |
1 |
|
dc power converter |
1 |
|
dc-ac power convertors |
1 |
|
dc-dc conversion |
1 |
|
diode-capacitor voltage multiplier |
1 |
|
diode-capacitor-inductor networks |
1 |
|
direct torque control |
1 |
|
distributed generation |
1 |
|
electric vehicle |
1 |
|
emerging topology |
1 |
|
energy conservation |
1 |
|
four-switch |
1 |
|
fs-mpc |
1 |
|
gmm |
1 |
|
high dc gain |
1 |
|
high dc gain converter |
1 |
|
high dc gain converters |
1 |
|
high step-up dc gain converters |
1 |
|
high voltage step-up application |
1 |
|
hybrid boost converter |
1 |
|
hybrid switching cell |
1 |
|
impedance source inverters |
1 |
|
impedance source network |
1 |
|
induction motor driving |
1 |
|
inductive power transfer |
1 |
|
inverters |
1 |
|
large dc gain |
1 |
|
large dc gain converter systematic derivation |
1 |
|
large dc gain converters |
1 |
|
leakage current |
1 |
|
location detection |
1 |
|
low voltage stress |
1 |
|
magnectially-coupled impedance source network |
1 |
|
magnetically-coupled impedance source networks |
1 |
|
metasurface |
1 |
|
misalignment |
1 |
|
model predictive control |
1 |
|
model predictive control (mpc) |
1 |
|
motion pattern discovery |
1 |
|
non-isolated converters |
1 |
|
parallel-connected inverters |
1 |
|
photovoltaic systems |
1 |
|
power electronics |
1 |
|
predictive control |
1 |
|
pwm |
1 |
|
quadratic step-up gain |
1 |
|
renewable energy |
1 |
|
robust wpt |
1 |
|
single switch |
1 |
|
single switch. |
1 |
|
state space model |
1 |
|
step-up switching cell |
1 |
|
switched-capacitor |
1 |
|
switched-capacitor cell |
1 |
|
switched-capacitor circuit |
1 |
|
switched-capacitor-inductor cell |
1 |
|
switched-inductor |
1 |
|
switched-inductor cell |
1 |
|
three-phase four-switch inverter |
1 |
|
trajectory data clustering |
1 |
|
vector beam |
1 |
|
wireless charging |
1 |
|
zero voltage switching |
1 |
|
zero-current switching |
1 |
