Thevenin's Theorem - by Prof. Dr. C. B. Bangal

Lecture - 11 The Graph Theory Approach for Electrical Circuits(Part-I)

VISITA DE ENGENHEIROS ELETRICOS DA UNIVERSIDADE FEDERAL DE CEARA

HOJE TEVE A ALEGRIA E A HONRA DE RECEBER A VISITA EM SAO PAULO DOS DESTACADOS PESQUISADORES DE ELETRONICA DE POTENCIA DA UNIVERSIDADE FEDERAL DE CEARA ENG.CICERO TAVAREZ CRUZ E ENG. GUSTAVO C.BRANCO,ELES TEM UMA LABOR DE DESTAQUE NA CIENCIA E TECNOLOGIA NO LABORATORIO DE ELETRONICA DE POTENCIA GEPEC EM CEARA,DESEJO A MEUS AMIGOS UMA FELIZ ESTADIA EM SAO PAULO,SUCESO.

ABB's ACTIVE HARMONIC COMPENSATION systems

APEC 2012 DR. FRED LEE PLENARY

VIDEO LINK :https://ieeetv.ieee.org/player/html/viewer#apec-2012-dr-fred-lee-plenary

Dr. Fred Lee, University Distinguished Professor, Virginia Tech gives an in-depth talk about Current Mode Control and Modeling.
Time: 1:30 pm – 2:00 pm

Speaker: Dr. Fred Lee

University Distinguished Professor

Virginia Tech

"Current Mode Control and Modeling- 3 Decades of Progress"
fred_lee_image

The paper starts with a review of the history of development of current mode control and various modeling attempts. The topic of modeling for current mode control, although seemingly settled, still left many unsolved issues. Arthur Brown proposed the discrete time domain sample-data modeling, in the 80’s, which accurately predicted the sub-harmonic oscillation associated with the peak current model control. Subsequently, Brown’s discrete time domain model was reformulated and simplified by Ray Ridley in frequency domain to offer it as a design-oriented modeling and analysis tool. The discrete time sample-data modeling was essentially based on constant frequency operation. It has limited applications to other forms of current-mode control, such as variable frequency control and average current-mode control.