Tutorial M-D:
Methods of PSPICE Analog, Digital and Mixed
Behavioural Macromodelling of Electronic Devices and Circuits
Speaker
- Danielle ANDREU: ENSEEIH-INP Toulouse
Contents
- Basics on the Analog Behavioural Modelling (ABM) language.
- Time domain ABM sources:
- VALUE "in line equation" controlled sources
- TABLE "table" defined controlled sources
- Frequency domain ABM sources:
- LAPLACE "S domain" sources
- FREQ "Bode characteristics" sources
- CHEBYSHEV "filter" sources
- Elementary examples.
- Basics on the Digital Behaviour Modelling (DBM) language
- Digital expression description with a LOGICEXP device
- Pin-to-pin delay times description with a PINDLY device
- Digital timing constraints specification with a CONSTRAINT device
(e.g. hold time, setup time, maximal and minimal input signal frequencies)
- Elementary examples
- Basics on the mixed analog-digital macromodelling
- Analog to Digital interface - O device
- Digital to Analog interface - N device
- Elementary examples
- Advanced analog, digital and mixed behavioural macromodelling
techniques
- Optoelectronic devices macromodelling
- Power semiconductor devices macromodelling
- Dynamic electrothermal behaviour of semiconductor devices
macromodelling
- Magnetic components macromodelling
- Electromechanical systems macromodelling
- DC drive macromodel
- AC drive macromodel
- Communication circuits macromodelling
- AM and FM modulators and demodulators
- PLL circuits
- Mixed integrated circuits macromodelling
- Strategies to behavioural macromodelling
- Behavioural macromodel developing steps
- Model parameters extraction algorithms
- Parametrized model libraries development
ifip@it.uc3m.es