Keyphrases
Load-independent
100%
Inverter
62%
Wireless Power Transfer System
55%
Load Variation
39%
Class-E Inverter
30%
Design Procedure
27%
Zero Voltage Switching
26%
Constant Current
26%
Zero Current Switching
23%
Constant Current Output
21%
Series Resonant
21%
Proposed Design
20%
Load-independent Operation
19%
Robot Arm
19%
Numerical Design
16%
Resonant Filter
15%
Current-voltage
15%
Constant Voltage Output
14%
Single Switch
14%
Circuit Experiment
13%
Inverse Class-E
12%
Constant Current-constant Voltage (CC-CV)
12%
Generalization Analysis
12%
Switching Circuits
12%
Frequency Modulation
12%
Parallel Resonant Inverter
12%
Power Oscillator
12%
Rectifier
11%
Analytical Expression
11%
Soft Switching
11%
Frequency Modulation Control
10%
Heuristic Algorithms
10%
Power Delivery Efficiency
10%
Transmitter
9%
Design Approach
9%
Novel Design
9%
Design Parameters
9%
Class-D Amplifier
8%
Output Load
8%
Output Mode
8%
Coil Misalignment
8%
Load Coil
8%
Particle Swarm Optimization Algorithm
8%
Constant Output Voltage
8%
Design Optimization
8%
Frequency multiplier
8%
Low Total Harmonic Distortion
8%
Zero Current
8%
Voltage-current
7%
Constant Voltage
7%
Engineering
Inverter
81%
Wireless Power Transfer
56%
Load Variation
35%
Zero Voltage Switching
33%
Design Procedure
28%
Design Method
26%
Constant Voltage
25%
Zero Current Switching
22%
Frequency Modulation
22%
Current Output
20%
Robot Arm
19%
Oscillator
19%
Experimental Result
16%
Output Voltage
16%
Amplifier
16%
Design Parameter
13%
Switching Circuit
12%
Particle Swarm Optimization
12%
Power Conversion Efficiency
11%
Output Capability
10%
Soft-Switching
10%
Total Harmonic Distortion
8%
Frequency Multiplier
8%
Design Equation
7%
Output Filter
7%
Power Output
7%
Load Resistance
6%
Q Factor
6%
Pspice Simulation
6%
DC-to-DC Converter
6%
Simulation Result
6%
Shunt Capacitance
6%
Power Transmission
6%
Transfer Function
6%
Independent Constant
6%
Optimal Design
6%
Harmonics
6%
Direct Current
6%
Power Amplifier
6%
Resonant Converter
6%
Output Power
6%
Receiver Side
5%
Component Tolerance
5%
Wireless Communication
5%
Design Condition
5%