Keyphrases
Partial Element Equivalent Circuit
85%
S-parameters
84%
Electromagnetic Interference
73%
Electromagnetic Interference Reduction
73%
Estimation Method
48%
Statistical Eye Diagram
48%
Macromodeling
48%
Coupling Path
48%
Multiport
48%
2x-Thru
48%
Reference Impedance
48%
Digital Channels
42%
De-embedding
39%
Reflector
36%
Radiated Emission
36%
Power Distribution Network
36%
Wireless Communication
36%
Encoding Method
36%
High-speed Digital Signal
36%
Vector Fitting
36%
Circuit Model
32%
Signal Quality
30%
Long Channel
30%
Bit Rate
29%
Signal Integrity
27%
Radiation Prediction
24%
Microstrip Transition
24%
Non-return-to-zero
24%
Direct Simulation
24%
Source Signal
24%
8b10b
24%
Digital Nature
24%
Silicon Processing
24%
Novel Sources
24%
Complex Permittivity
24%
Frequency Selective Surface
24%
Network Noise
24%
Digital Driver
24%
Inter-symbol Interference
24%
Bit Pattern
24%
Integrated Circuits
24%
One-parameter
24%
Dual Frequency
24%
Bit Error Rate
24%
Control Method
24%
Processing Node
24%
Partitioning Scheme
24%
Prediction Method
24%
Wireless Devices
24%
Target Frequency
24%
Engineering
Scattering Parameters
100%
Equivalent Circuit
89%
Electromagnetic Interference
73%
Eye Diagram
65%
Time Domain
56%
Electric Power Distribution
48%
Power Distribution
48%
Crosstalk
48%
Digital Signal
38%
Frequency Response
36%
Radiated Power
36%
Wireless Communication
34%
Circuit Model
32%
Radiated Emission
32%
Bit Rate
32%
Time-Domain Reflectometry
30%
Electric Lines
30%
Frequency Domain
30%
Coupling Path
26%
Level Peak
24%
Signal Quality
24%
Induced Crosstalk
24%
Scale Problem
24%
Rational Model
24%
Application Note
24%
Selective Surface
24%
Point Operation
24%
Least Square Problem
24%
Complex Permittivity
24%
Bit Error Rate
24%
Matrix Equation
24%
Intersymbol Interference
24%
Data Show
24%
Simulation Program
24%
Computing Time
24%
Solution Procedure
24%
Superposition
24%
Floating Point
24%
Direct Simulation
24%
Signal Line
24%
Transients
24%
Macromodel
24%
Probability Density Function
24%
Integrated Circuit
24%
Delay Time
24%
Conductor Loss
24%
Characteristic Impedance
24%
Electromagnetic Compatibility
20%
Simulated Result
20%
Good Agreement
20%