
Measurement and Analysis 



Electronic materials 



Measurement parameters:
Admittance, phase, conductance, susceptance 
Analysis and simulation:
Parameter extraction, matching inductance, parameter simulation


Measurement parameters:
Parallel capacitance, parallel resistance 
Analysis and simulation:
Dielectric permittivity, dissipation factor




Measurement parameters:
Series selfinductance, Series resistance 
Analysis and simulation:
Magnetic permittivity, Dissipation factor



Electronic and electrical components 



Measurement parameters:
Series selfinductance, parallel selfinductance, series resistance, parallel resistance, phase, quality factor 
Analysis and simulation:
Equivalent circuit estimation and simulation


Measurement parameters:
Series capacitance, parallel capacitance, series resistance, phase, dissipation factor,
quality factor 
Analysis and simulation:
Equivalent circuit estimation and simulation




Measurement parameters:
Impedance, resistance, reactance, phase 
Analysis and simulation:
Equivalent circuit estimation and simulation





Measurement parameters:
Leakage inductance, turn ratio
Analysis and simulation:
Mutual inductance, coupling coefficient, 

Measurement parameters:
CV characteristics, parallel capacitance, quality factor 
Analysis and simulation:
Tuning characteristics simulation


Electronic circuits 



Measurement parameters:
Loop gain characteristics, closed loop characteristics, open loop characteristics, feedback transfer function 
Analysis and simulation:
Phase margin, gain margin, circuit model identification, circuit model simulation


Measurement parameters:
Gainphase characteristics, CMRR characteristics, PSRR characteristics, differential gain/phase characteristic, saturation characteristics 
Analysis and simulation:
Transfer function identification, transfer function simulation




Measurement parameters:
Frequency characteristics 
Analysis and simulation:
Transfer function identification, transfer function simulation






