INIS
design
100%
power
65%
applications
48%
impedance
42%
performance
40%
ghz range
29%
signals
26%
simulation
25%
modeling
25%
antennas
23%
devices
21%
transistors
20%
gallium nitrides
19%
compacts
17%
ports
17%
output
16%
comparative evaluations
16%
electron mobility
15%
efficiency
15%
power amplifiers
15%
transformers
14%
resonators
14%
voltage
14%
architecture
14%
mhz range
13%
gain
13%
neural networks
13%
substrates
13%
algorithms
12%
range
12%
optimization
10%
noise
10%
transformations
9%
transmission lines
9%
size
9%
equations
9%
microwave radiation
8%
speed
8%
psychological behavior
8%
frequency range
8%
variations
8%
body areas
8%
randomness
8%
radiowave radiation
7%
implementation
7%
errors
7%
frequency dependence
7%
amplifiers
7%
energy
7%
metamaterials
7%
Engineering
Wireless Power Transfer
27%
Matching Network
21%
Good Agreement
19%
Antenna
18%
Design Equation
17%
Measured Result
16%
Defected Ground Structures
16%
Resonator
15%
Closed Form
15%
Electric Lines
13%
Power Amplifier
13%
Simulated Result
13%
Frequency Ratio
11%
Artificial Neural Network
11%
Signal Modeling
10%
Realization
10%
Design Procedure
9%
Nitride
9%
Output Port
8%
Computer Aided Design
8%
Scattering Parameters
8%
Simulation Result
7%
Design Parameter
6%
Millimeter Wave
6%
Body Sensor Network
6%
Behavioral Modeling
6%
Non-Orthogonal Multiple Access
6%
Load Impedance
6%
Pull System
6%
Ground Plane
6%
Radio Frequency
6%
Balun
5%
Scheme Design
5%
Compact Size
5%
Resonant Frequency
5%
Amplifier
5%
Keyphrases
Dual-band
17%
Wireless Power Transfer System
13%
Proposed Design
12%
GaN HEMT
10%
Defected Ground Structure
10%
Resonator
9%
Design Equation
8%
Wireless Power Transfer
8%
Tri-band
7%
Design Procedure
6%
Field Programmable Gate Arrays
6%
Small Signal
5%
Impedance Matching
5%
Frequency Ratio
5%
Matching Network
5%
Closed-form Design
5%
Chipless RFID
5%
Dual Frequency
5%
Array-based
5%
Design Methodology
5%
Arbitrary Frequency
5%
