Engineering
Surface Acoustic Wave
100%
Power Electronics
68%
Transducer
55%
Waveguide
51%
Computer Aided Design
48%
Design Tool
48%
Thermal Behavior
45%
Design Parameter
42%
Main Component
42%
Power Supply
39%
Finite Element Simulation
37%
Grid-Connected Inverter
34%
Inductor Design
34%
Mutual Interaction
34%
Design Engineer
34%
Design Process
34%
Accurate Prediction
34%
Design Procedure
34%
Photovoltaic System
34%
Radiation Mode
26%
Simulation Method
25%
Multichannel
20%
Surface Acoustic Wave Device
19%
Continuous Spectra
19%
Resonator
17%
Simulation Time
17%
Time Domain
17%
Simulation Tool
17%
Illustrates
17%
Using Sensor
17%
Optimum Design
17%
Heatsinks
17%
Arbitrary Shape
17%
Step Procedure
17%
Similarities
17%
Physical Model
17%
Thermal Problem
17%
Ducted Fan
17%
Thermal Effect
17%
Pressure Sensor
17%
Numerical Methods
17%
Limitations
17%
Magnetic Field
17%
Heat Resistance
17%
Measured Data
17%
Phase Error
17%
Physical Parameter
17%
Systematic Error
17%
Newtonian Liquids
17%
Thermal Simulation
17%
Keyphrases
Inductors
74%
Surface Acoustic Wave
72%
Inductive Component
62%
Power Electronic Systems
42%
Planar Waveguide
41%
Binding Mode
40%
Model-based Design
34%
Assisted Design
34%
Computer-aided Design Tools
34%
Radiation Mode
32%
Thermal Behavior
31%
Design Parameters
28%
Main Components
28%
Time to Market
28%
Finite Element Simulation
27%
Material Parameters
25%
Preisach Operator
25%
Switched-mode Power Supply
25%
Wave Structure
24%
Continuous Spectrum
24%
Mode Spectrum
24%
Digitization
22%
Scalar
22%
Waveguide
21%
Digital Twin
21%
Mechatronics
21%
Interdigital Transducer
21%
Coupled-resonator Filter
20%
Design Process
19%
Grid-connected Inverter
19%
Inductor Design
19%
Mutual Interaction
19%
Prediction Accuracy
19%
Design Engineers
19%
Electric
19%
Photovoltaic System
19%
Design Procedure
19%
Fast Prediction
19%
Surface Acoustic Wave Devices
19%
Accurate Modeling
17%
Efficient Modeling
17%
Micromechanics
17%
Surface Acoustic Wave Delay Line
17%
Pressure Sensor
17%
Power Electronic Components
17%
Inductive Power
17%
Energy-eciency
17%
Hysteresis Behavior
17%
Thermal Simulation
17%
Impulse Response
17%
