Professional Educational Seminars

Cycle-by-Cycle simulation

Overview of simulation methods

Commercial 'average PWM' modules

Commercial simulators

       Syntax / Type of analyses

       Convergence problems

The SIM/GSIM averaging methodology

       DCM/CCM

       Duty Cycle Generator DCG

       Large and small signal analyses

                           Examples

Boost average model (DCM/CCM), Flyback average model (DCM/CCM), Combined stage average model

Active Power Factor Correction (APFC) Stages

       Continuous Conduction Mode (CCM)

       Classical (Unitrode) method, Method with no sensing of input voltage

       Critical Conduction Mode

Classical (Two control loops) method, Method with no sensing of input current (Critical mode)

       Discontinuous Conduction Mode (DCM)

Boost topology, Flyback topology

Computer aided design of APFC systems

       Current feedback design of CCM APFC systems

       Voltage feedback design

Lossless snubber

 

Control Design of PWM Converters: The User Friendly Approach

Computer Aided Analysis and Design

of Single Phase APFC Stages

 

Feedback Design in Operational Amplifiers and  PWM Converters:

The User Friendly Approach

 

Fundamentals of PWM Converters

 

Introduction to CMOS Operational Amplifiers

 

Control Design of PWM Converters:

 The Intuitive Approach

 

Fundumentals of PWM Converters

 

Computer Aided design of Power Factor Correction Systems

 

Power Electronics of Piezoelectric Elements

Introduction to Power Management for Portables

Dynamics and Stability of Switch Mode Converters

Modern Soft Switched Converter Topologies

 

Control Design of PWM Converters: The User Friendly Approach

Switched Capacitors Converters

 

Essentials of Switch Mode Converters

 

מגברי שרת מודרניים

Power Electronics of Piezoelectric Elements

 

Digital Control Design of PWM Converters: The Time-Domain Approach