Keyphrases
Capacitive Power Transfer
100%
Power Transfer System
97%
Wireless Power Transfer
66%
Capacitive Coupling
56%
Coupling Interface
38%
Capacitively Coupled Power Transfer
29%
Compensation Method
24%
Systems-based
22%
Cross-coupling
22%
Metal Barrier
21%
Electric Field Coupling
20%
Color Control
19%
Impedance Compensation
19%
Control Method
19%
Steady-state Modeling
19%
High Frequency Converter
19%
Brightness Control
19%
Resonance Compensation
19%
Duty Cycle Modulation
19%
Inductive Coupling
19%
Mutual Coupling Model
19%
Resonant Topology
19%
Multiple pickups
19%
Semi-active
19%
Large Coupling
19%
Transfer Based
16%
Capacitors
16%
Power Transfer Capability
15%
Power Output
14%
Transferred Power
14%
Power Converter
13%
Coupling Variation
13%
Class-E Converter
13%
Constant Current Output
13%
Contactless Power Transfer
12%
Power Transfer
12%
Secondary Side
11%
Coupling Capacitance
10%
Dissolution Test
9%
Occupancy Grid Map
9%
Centerbody
9%
Zero Velocity Update
9%
Volume Change
9%
Planar Inductor
9%
Stride Length
9%
Zero-voltage
9%
Constant Current
9%
Solid Formulation
9%
Core Loss
9%
Mutual Coupling
9%
Engineering
Capacitive
100%
Wireless Power Transfer
66%
Capacitive Coupling
56%
Electric Field
33%
Output Power
30%
Experimental Result
26%
Coupling Capacitance
22%
Cross-Coupling
22%
Simulation Result
20%
Mutual Coupling
19%
Frequency Converter
19%
Power Converter
19%
Input Multiple
19%
Magnetic Field Distribution
19%
Inductive Coupling
19%
Secondary Side
17%
Primary Side
14%
Magnetic Field
12%
Inductive Power Transmission
12%
Harmonics
11%
Duty Cycle
11%
Core Loss
9%
Zero Voltage Switching
9%
Body Centre
9%
Transmissions
9%
Sensor Fusion
9%
Image Recognition
9%
Inertial Navigation System
9%
Bandpass Filter
9%
Channel Bandwidth
9%
Soft-Switching
9%
Arbitrary Number
9%
Current Waveform
9%
Power Flow Control
9%
Electric Network Topology
9%
Current Distribution
9%
Aluminum Plate
9%
Three-Dimensional Models
9%
Current Flow
9%
Light-Emitting Diode
9%
Magnetic Flux Density
9%
Skin Effect
9%
Current Output
9%
Suboptimum
9%
Spring Stiffness
9%
Vibration Isolation
9%
Fits and Tolerances
9%
Frequency Operation
8%
Operating Mode
8%
Data Transfer
7%