Keyphrases
Electric Field Coupling
100%
Wireless Power Transfer System
100%
Output Characteristics
100%
Electric Filed
100%
Constant Voltage Output
100%
Output Voltage
55%
Dynamic Electric Field
44%
Dynamic Wireless Power Transfer Systems
44%
Coupler
33%
Electric Field (E-field)
33%
Transmitter
33%
Receiver Position
33%
Inverter
22%
Load Resistance
22%
Rate of Change
22%
Zero Voltage Switching
22%
Multiport
22%
System Use
22%
Wireless Power Transfer Technology
22%
Compensation Network
22%
Switching Condition
22%
Dynamic Wireless Power Transfer
22%
Power Transfer
11%
Operating Conditions
11%
Mutual Coupling
11%
Primary Side
11%
Coupling Interface
11%
Variable Load
11%
Power Supply
11%
Electrical Equipment
11%
Evenly Distributed
11%
Constant Voltage
11%
Voltage Gain
11%
Eddy Current
11%
Input Impedance
11%
Continuous Power
11%
Induced Voltage
11%
Transmitting Coil
11%
High-frequency Field
11%
Power Transmission
11%
Metal Plate
11%
Self-capacitance
11%
System Voltage
11%
Resistance to Change
11%
Light Coupling
11%
System Resonance
11%
Anti-misalignment
11%
S-topology
11%
High-order Compensation
11%
Constant Output Voltage
11%
Moving Process
11%
G-parameters
11%
Impedance Source
11%
Influence Principles
11%
Side Coupling
11%
Z-parameter Model
11%
Reflected Impedance
11%
Controlled Source
11%
Transfer Medium
11%
Engineering
Wireless Power Transfer
100%
Constant Voltage
100%
Electric Field
81%
Output Voltage
37%
Load Resistance
12%
Zero Voltage Switching
12%
Parameter Model
12%
System Output
12%
Compensation Network
12%
Change Rate
12%
Experimental Result
6%
Mutual Coupling
6%
Primary Side
6%
Power Supply
6%
Electrical Equipment
6%
Input Impedance
6%
Induced Voltage
6%
Power Transmission
6%
Metal Plate
6%
Resistance Change
6%
Receiving Unit
6%
Medium Transfer
6%