El libro " Problemas de Electrónica de Potencia ", escrito por Andrés Barrado Bautista y Antonio Lázaro Blanco, es una de las referencias más completas en español para el estudio práctico de convertidores electrónicos. Detalles del Libro
Contenido: Se enfoca en el análisis y diseño de convertidores electrónicos de potencia y sus aplicaciones mediante una extensa colección de ejercicios resueltos.
Autores: Andrés Barrado Bautista y Antonio Lázaro Blanco (Universidad Carlos III de Madrid).
Ediciones: La edición más citada en plataformas académicas y comerciales es la 1ª edición de 2007 (Editorial Pearson/Alhambra), la cual cuenta con aproximadamente 1,192 páginas.
Nota sobre la "8va Edición": Es común que en búsquedas de internet se confunda el número de edición con otros textos (como el de Muhammad Rashid). El libro específico de Barrado y Lázaro es ampliamente reconocido en su versión original de 2007 como el estándar de consulta. ¿Dónde consultarlo?
Si buscas el material para estudio o referencia, puedes encontrarlo en las siguientes plataformas:
Vista previa y compra: Disponible en sitios como Amazon o BuscaLibre.
Plataformas académicas: Bibliotecas universitarias y sitios como Ingebook ofrecen acceso digital bajo suscripción o préstamo institucional.
Documentos de consulta: Fragmentos y versiones escaneadas para revisión rápida suelen aparecer en repositorios como Scribd o Academia.edu.
¿Te interesa algún tema en específico del libro, como convertidores DC-DC, rectificadores o inversores, para que te ayude con un ejercicio similar? El libro " Problemas de Electrónica de Potencia
and Antonio Lázaro Blanco are the recognized authors of the highly-regarded manual Problemas de Electrónica de Potencia , official records indicate it was published as a 1st Edition by Pearson/Prentice Hall in 2007.
If you are looking for the 8th edition of a power electronics text, you might be confusing this with Rashid's Power Electronics
, which is a common core textbook often used alongside Barrado's problem sets. Guide to Problemas de Electrónica de Potencia (Barrado & Lázaro)
This book is a massive 1,100+ page collection specifically designed to complement theoretical study with practical design and analysis.
Core Content: Focuses heavily on the analysis and design of power electronic converters and their industrial applications. Key Topics Covered:
Power semiconductor switches (Selection and switching characteristics). DC-DC Converters (Buck, Boost, Buck-Boost, and Cuk). Rectifiers and Inverters.
Simulation-based problems (often involving tools like PSpice). Study Materials:
You can find digital previews or community-uploaded versions on platforms like Scribd and Ingebook.
Educational communities on TikTok often share solution walkthroughs for the most complex problems in this manual. Tips for Solving These Problems Voltage Drops: Accounting for $V_CE(sat)$ in IGBTs or
Verify the Basics: Before starting a problem, always identify the operating mode (Continuous vs. Discontinuous conduction) as this changes the governing equations.
Use Simulation: Many problems in this book are designed to be verified with PSpice or MATLAB/Simulink. Testing your theoretical results in a simulation environment is highly recommended.
Check Your Editions: If your professor assigned "8th Edition" problems, they are likely referring to Muhammad H. Rashid's textbook. Barrado's book is usually used as a supplemental workbook because of its extensive solved examples. PROBLEMAS DE ELECTRÓNICA DE POTENCIA - Ingebook
The book you are looking for is titled " Problemas de Electrónica de Potencia
", coordinated by Andrés Barrado Bautista and Antonio Lázaro Blanco. While there is no widely documented "8th edition" (the standard version often cited is published by Pearson Prentice Hall), the following resources provide access to the digital content and similar problem sets. Access to PDF Resources Complete Document: A full PDF version titled " Problemas de Electrónica de Potencia
" by Andrés Barrado and Antonio Lázaro can be found on Scribd .
Technical Revision: Andrés Barrado also served as the technical reviewer for the highly popular "Electrónica de Potencia" by Daniel W. Hart, which contains numerous problems and is available via DOKUMEN.PUB .
Alternative Solutions: Problem sets and specific solved examples from this field are also shared on platforms like Academia.edu . Key Topics Covered
The problems typically focus on the conversion and control of electrical energy using semiconductor switches: and modulation techniques. Andrés Barrado’s text
Selection of Switches: Analyzing BJT, MOSFET, SCR, and GTO characteristics based on switching speeds and power losses.
Converters: Relations between voltage/current and output ripple in buck-boost and Cuk converters.
Calculations: Determining instantaneous power, peak power, and average power in periodic waveforms.
Note: Most university bibliographies list the Barrado/Lázaro text as a coordination work for Pearson Educación, which is often paired with Hart's textbook for comprehensive study. Problemas de Electrónica de Potencia | PDF - Scribd
Power Electronics is a bridging discipline between electrical engineering and control systems, requiring a strong grasp of circuit analysis, semiconductor physics, and modulation techniques. Andrés Barrado’s text, currently in its 8th edition, serves as a critical companion to theoretical lectures. Unlike theoretical textbooks that focus on topology derivation, Barrado’s work focuses on the application of theory through numerical resolution.
The "8th Edition" signifies a matured text where errors have been iteratively corrected and new modern topologies (such as synchronous rectification or soft-switching concepts) may have been integrated into the problem sets.
While early problems assume ideal switches ($V_switch = 0$, $t_switch = 0$), later chapters introduce non-idealities:
The "top" students use the problem statement to set up a simulation in LTSpice or PSIM. Compare your mathematical result with the simulation output. The 8th edition often includes parameters specifically for this purpose.
