Касаткин А.С., Немцов М.В. Электротехника (2005) - Kasatkin AS, Nemtsov MV Electrical Engineering (2005)

LINK ORIGINAL BOOK
http://padabum.com/x.php?id=16852
LINK ALTERNATIVO
http://www.mediafire.com/download/93nx0i92bdnt55n/%D0%9A%D0%B0%D1%81%D0%B0%D1%82%D0%BA%D0%B8%D0%BD__%D0%AD%D0%BB%D0%B5%D0%BA%D1%82%D1%80%D0%BE%D1%82%D0%B5%D1%85%D0%BD%D0%B8%D0%BA%D0%B0_%282005%29.pdf

TV Engenharia -USINA SOLAR-TRANSPOSIÇÃO DO RIO SÃO FRANCISCO ENG. EDUARDO BOMEISEL

Energia elétrica de fonte solar: Resgate do sertão nordestino P 2 TV ENGENHARIA IDEIA DE PROJETO DA EBES EMPRESA BRASILEIRA DE ENERGIA SOLAR (EBES) PARA REALIZAR USINA SOLAR NA TRANSPOSIÇÃO DO RIO SÃO FRANCISCO PALESTRA FEITA NO INSTITUTO DE ENGENHARIA DE SÃO PAULO-PALESTRANTE ENG. EDUARDO BOMEISEL.

Quantum Physics II Instructor: Barton Zwiebach MIT - Massachusetts Institute of Technology

MIT 8.05 Quantum Physics II, Fall 2013 View the complete course: http://ocw.mit.edu/8-05F13 Instructor: Barton Zwiebach I
n this lecture, the professor talked about "The Schrodinger Equation", "Stationary Solutions", etc. License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms
 More courses at http://ocw.mit.edu

LITHIUM ION BATTERIES HISTORY,PRESENT AND FUTURE GUOHUA CHEN- HEAD AND PROFESSOR DEPARTMENT OF CHEMICAL AND BIOMOLECULAR ENGINEERING THE HONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY

LITHIUM ION BATTERIES HISTORY,PRESENT AND FUTURE 
GUOHUA CHEN- HEAD AND PROFESSOR DEPARTMENT OF CHEMICAL AND BIOMOLECULAR ENGINEERING THE HONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY HKUST BUSINESS SCHOOL CENTRAL SCIENCE FOR LUNCH CHANNEL

전자회로(1) 대구대학교 정유정 - ELECTRONIC CIRCUIT-Daegu University - OPENCOURSEWARE KOREA

Electronic Circuits Daegu University   Jeong yu jeong

A high-speed motor for satellites -ETH Zurich (Department of Information Technology and Electrical Engineering)

22.07.2016 | News By: Peter Rüegg
 A dizzying 150,000 revolutions per minute: researchers from ETH Zurich (Department of Information Technology and Electrical Engineering) and the ETH spin-off Celeroton have developed an ultra-fast magnetically levitated electric motor for reaction wheels. The high speed of rotation allows intensive miniaturisation of the drive system, making it attractive for use in small satellites. “Actually, there is nothing particularly new about it,” is the modest line taken by Arda Tüysüz, a postdoc at ETH Zurich’s Power Electronic Systems Laboratory (PES). “The electronics, the magnetic bearings, understanding of the basic physical principle – it was all there already.” However, the engineering skill of the PES researchers is evident in their ability to combine these fundamentals into high-speed motor, which can run 20 times faster than the state of the art, and which is vastly smaller and more energy-efficient. In collaboration with the ETH spin-off Celeroton, Tüysüz and colleagues have developed a new kind of magnetically levitated reaction wheel motor that reaches speeds of more than 150,000 revolutions per minute.

 Electrically driven reaction wheels of this kind are used within satellites to change the satellite’s attitude. Here, the reaction wheel is connected to an electric motor via a shaft (rotor). As soon as the flywheel driven by this motor rotates in one direction about its own axis, a torque is transmitted to the satellite, which then rotates in the opposite direction and thus a new orientation.

Existing systems have numerous disadvantages In existing systems, the rotors and reaction wheels are typically mounted on ball bearings that wear down relatively quickly. In order to minimise mechanical wear, motors of this kind are usually operated slower than 6,000 revolutions per minute. They also have to be stored in a hermetically sealed housing in a low-pressure nitrogen atmosphere, in order to avoid oxidisation of the materials and evaporation of the lubricant.
Furthermore, the balls in a ball bearing are not exactly identical, giving rise to forces that together with the imbalance of the rotor transfer microvibrations to the satellite’s housing. This reduces the positioning accuracy, which satellites must exhibit in order to allow, for example, laser measurement or inter-satellite communication. In other words, enough reasons for ETH Zurich and Celeroton to design a new, magnetically levitated electric drive system.

LINK FULL PAPER
https://www.ethz.ch/en/news-and-events/eth-news/news/2016/07/high-speed-motor-for-satellites.html

About electric fish and their modeling"- Про электрических рыб и их моделирование" - В. Ольшанский -Acerca de peces eléctricos y su modelado Vladimir Olshansky

Scientific Taiwan (科技臺灣) 1.Science Park (科學園區－竹科奇蹟 VS.西部科技走廊) 2.Semiconductor Industry (台灣矽島－晶片系統設計‧奈米 PROF.Horn-Jiunn Sheen

SCIENTIFIC TAIWAN PHOTONIC TECHNOLOGY LIGHT AND ELECTRICITY PROF. HORN JIUNN ,PROF. ROBERT Y.S LAI NATIONAL TAIWAN UNIVERSITY OPENCOURSEWARE

SCIENTIFIC TAIWAN PHOTONIC TECHNOLOGY LIGHT AND ELECTRICITY PROF. HORN JIUNN ,PROF. ROBERT Y.S LAI NATIONAL TAIWAN UNIVERSITY OPENCOURSEWARE

The Arduino microcontroller-Arduino MEGA 2560 -Arduino programming with MATLAB- SEJONG UNIVERSITY-SEOUL SOUTH KOREA

The Arduino microcontroller / Arduino MEGA 2560 / Arduino IDE/ Arduino programming with MATLAB / Simulink, DI, DO, AI, AO, PWM

“LAS CENTRALES HIDROELÉCTRICAS ME MOTIVARON A DESCUBRIR CÓMO LLEGA LA ENERGÍA A LAS CASAS” DR. JOEL DAVID MELO TRUJILLO ( UNESP-UNMSM)

Se suele decir que la inspiración llega en el momento o lugar menos esperado. Una central hidroeléctrica probablemente sería el último lugar imaginado por muchos, pero Joel, un niño muy curioso se sentía muy atraído por esta maravilla de la ingeniería. Cada vez que pasaba frentre a ella se preguntaba cómo era posible que allí se generara energía eléctrica y cómo ésta llegaba hasta las bombillas para iluminar su hogar. Esta inquietud lo llevó a desarrollar el proyecto titulado “La Casa del Futuro” en sus años escolares para competir en la Feria Escolar de Ciencia y Tecnología organizada por el CONCYTEC. Este proyecto terminó por reafirmar su pasión por la ingeniería a tal punto que a día de hoy es investigador del Departamento de Ingeniería Eléctrica de una reconocida universidad brasileña.
Conozcamos la historia del Dr. Joel David Melo Trujillo. 

 ¿En qué colegio realizaste los estudios de primaria y secundaria? ¿Cómo fue la formación en ciencias que recibiste en tu colegio?

 Los estudios de primaria y secundaria los realicé en los colegios particulares Lourdes y Santa Rita, respectivamente. Esos colegios se encuentra en el distrito de Lurigancho – Chosica, en la provincia de Lima, departamento de Lima. En la primaria, los profesores fomentaban los concursos en literatura y matemáticas, en el quinto grado de primaria llegué a ocupar el segundo puesto en el concurso de matemáticas. En el último año de la secundaria, dentro del programa curricular se preparó a los alumnos para el concurso de ciencia y tecnología organizado por CONCYTEC. Llegué hasta la etapa departamental con el proyecto titulado “La Casa del Futuro”. Tengo que reconocer que los profesores del área de ciencias exactas siempre motivaban a los alumnos a estudiar las materias, mas los recursos como laboratorios adecuados eran escasos, por ejemplo, no se tenía un adecuado laboratorio de química, teníamos que donar tubos de ensayo y traer algunos materiales de casa. También, no existía biblioteca, cuando estudié no todos tenían computadores en la casa y menos internet, así las informaciones para poder complementar lo aprendido en las aulas era poco.

 ¿Qué carrera estudiaste en pre-grado y en qué universidad? ¿por qué la elegiste o quién te motivó a elegirla?¿Cómo crees que nació tu vocación científica?

 En el año 2002 entré a la Universidad Nacional Mayor de San Marcos (UNMSM) a la Escuela Profesional de Ingeniería Eléctrica. Mi vocación por la ingeniería eléctrica nació por causa del proyecto que mencioné en la respuesta anterior. Además, en Chosica están localizadas varias centrales hidroeléctricas, el pasar siempre por las centrales y ver las líneas de transmisión, éstas me llamaban la atención y me incentivaron a descubrir cómo es que llegaba la energía a las casas.

 ¿Qué estudios de post-grado haz realizado? 

En el año 2009 llegué a Brasil para realizar estudios de post-grado en la UNESP campus de Ilha Solteira, donde obtuve los grados de magíster y doctor en los años 2010 y 2014, respectivamente. La investigación de post-grado fue realizada en el LaPSEE. Además colaboré con las investigaciones de otros alumnos y miembros de ese laboratorio.

Para realizar los estudios de postgrado ¿conseguiste alguna beca? ¿cómo la conseguiste?

 En el año 2008, conocí al profesor peruano Ruben Romero de la UNESP, campus de Ilha Solteira, en una conferencia que se realizó en la Universidad Nacional de Ingeniería (UNI). El profesor mencionó que el sistema de post-grado es gratuito, además explicó los detalles del sistema de becas en Brasil. Existen varios tipos de becas, las cuales pueden ser agrupadas en institucionales y no institucionales. Las becas institucionales son auxilios económicos para que los alumnos se dediquen a tiempo integral a la investigación, imposibilitándolos, en la mayoría de las veces, a trabajar o recibir otro tipo de apoyo durante los estudios de post-grado. La atribución de esa beca depende de las programas de post-grado de cada universidad, en general, existe un sistema de selección. Las becas institucionales son ofrecidas en mayor número que las otras y fue la que obtuve. El sistema de selección que participé consistió en presentar mi hoja de vida y un proyecto de investigación.

PUEDES LEER EL ARTICULO COMPLETO EN LA PAGINA WEB ORIGINAL
http://www.cientificos.pe/entrevista/las-centrales-hidroelectricas-me-motivaron-a-descubrir-como-llega-la-energia-a-las-casas/

POWER AMPLIFIER-2 DR MANAR MOHAISEN KOREA UNIVERSITY OF TECHNOLOGY

POWER AMPLIFIER-2 - DR MANAR MOHAISEN KOREA UNIVERSITY OF TECHNOLOGY AND EDUCATION

Lec06 電子學(一) 第二章 Operational Amplifiers

第二章 Operational Amplifiers (1/6) 授課教師：電子物理系 陳振芳教授 課程資訊：http://ocw.nctu.edu.tw/course_detail.... 授權條款：Creative Commons BY-NC-SA 更多課程歡迎瀏覽交大開放式課程網站：http://ocw.nctu.edu.tw/ 本課程同時收錄至國立交通大學機構典藏，詳情請見： http://ir.nctu.edu.tw/handle/11536/10...

The World Economy and the Traditional Confucianism (《新百家學堂》全球經濟與傳統儒學) ( Sun Chen) The impact of globalization on the world economy

NTU Open Forum for New Intellectuals: The World Economy and the Traditional Confucianism (《新百家學堂》全球經濟與傳統儒學) ( Sun Chen) The impact of globalization on the world economy

ELECTRONIC CIRCUITS DR MANAR MOHAISEN PART1 -KOREA UNIVERSITY OF TECHNOLOGY AND EDUCATION

전자회로 한국기술교육대학교 Manar Mohaisen ELECTRONIC CIRCUITS DR MANAR MOHAISEN PART1 -KOREA UNIVERSITY OF TECHNOLOGY AND EDUCATION

On Fault Detection, Diagnosis and Monitoring for Induction Motors-DOCTORAL THESIS-Mohammed Obaid Mustafa Department of Computer Science, Electrical and Space Engineering Signals and Systems

On Fault Detection, Diagnosis and Monitoring for Induction Motors Publication: Research › Doctoral thesis -Mohammed Obaid Mustafa
Department of Computer Science, Electrical and Space Engineering Signals and Systems Research areas Control Engineering

ABSTRACT

In this thesis, multiple methods and different approaches have been established and evaluated successfully, in order to detect and diagnose the faults of induction motors (IMs). The aim of this thesis is to present novel fault detection and isolation methods for the case of induction machines that would have the merit to be implemented online and being characterized by specific novel capabilities, when compared with the existing techniques.

LINK ORIGINAL:http://pure.ltu.se/portal/files/101605364/Mohammed_Obaid_Mustafa.pdf

On High-Frequency Distortion in Low-Voltage Power Systems -Anders Larsson- Luleå University of Technology Department of Engineering Sciences and Mathematics Division of Energy Engineering

Fig. 2.2 Examples of small electronic devices containing power electronics (plus an incandescent lamp). Note the difference in vertical scale between the different waveforms.

DOCTORAL THESIS 
On High-Frequency Distortion in Low-Voltage Power Systems -Anders Larsson- Luleå University of Technology Department of Engineering Sciences and Mathematics Division of Energy Engineering 

 Abstract 

Power quality is a subject that has received a lot of attention during the last 10 to 20 years, both in industry and in academia. Power quality concerns interaction between the power grid and its customers and between the power grid and equipment connected to it, reflected in voltages and currents. Research and other developments in this area have to a great extent concentrated on relatively slow and low-frequency phenomena, with the main emphasis being on voltage dips (reductions in voltage magnitude with duration between about 50 ms and several seconds) and low-frequency harmonics (waveform distortion by frequency components up to about 2 kHz). These phenomena are reasonably well understood and several standards cover the area. For higher-frequency phenomena, above 2 kHz, there is no such general understanding, nor is there anything close to a complete set of standards covering this area. Modern energy efficient equipment connected to the grid, like fluorescent lamps but also solar panels, often uses switching technology, with switching frequencies that can range from a couple of kHz up to several hundreds of kHz. The grid is also used for communication of e.g. meter readings, system controls etc. This so-called power-line communication is using the same frequency range. The main frequency range of interest for this thesis has been the range from 2 to 150 kHz. There are two completely different measurement methods covering this frequency range: time-domain based and frequency-domain based. Time domain based measurements are used throughout the thesis. This gives an opportunity to choose between different analysing tools where among others the joint time-frequency domain has shown to be a useful tool for describing waveform distortion in our frequency range of interest. The majority of the measurements presented in this thesis have been directed towards fluorescent light powered by high frequency ballasts. This type of load has been, due to stringent harmonic limits, one of the first to use a more advanced switching technology called active power factor correction. This technique is also getting more frequently used in other small-power equipment, like computers. Installations of lights in stores etc. normally contain a large number of ballast connected together and the interaction is of importance, for example for setting emission and immunity standards. The measurements on ballasts presented in this work have shown that distortion in the frequency rage 2-150 kHz comes in three types: narrowband distortion; wideband distortion; and recurrent oscillations. The recurrent oscillations are a new type of powerquality disturbance that had not been recognized as such before. The measurements further have shown that the three types of distortion spread in a completely different way from the individual devices to the grid. This knowledge is essential for the setting of emission requirements on energy-efficient equipment.
LINK ORIGINAL:http://pure.ltu.se/portal/files/32571608/Anders_Larsson.pdf

Emission and Interaction from Domestic Installations in the Low Voltage Electricity Network, up to 150 kHz - Sarah Rönnberg -Luleå University of Technology Department of Engineering Sciences and Mathematics Division of Energy Science

Emission and Interaction from Domestic Installations in the Low Voltage Electricity Network, up to 150 kHz - Sarah Rönnberg -Luleå University of Technology Department of Engineering Sciences and Mathematics Division of Energy Science. 

Abstract 
This thesis work has focused on conducted emission (up to 150 kHz) from common lowvoltage appliances. The emphasis has been on equipment that contributes to a sustainable energy system: photovoltaic (PV) installations and energy-saving lamps (LED lamps). The frequency components present in the grid in addition to the fundamental 50 Hz component can be divided into harmonics (up to 2 kHz in a 50 Hz system) and supraharmonics (2 kHz to 150 kHz). These frequency components are partly the effect of normal operation of equipment due to power-electronic converters and the switching technique used. Power line communication, PLC, is an important source of frequency components in the range 9 to 95 kHz. Even though from an equipment viewpoint there is no difference between a signal used for communication and a signal that is a residue from a switching circuit, PLC is a useful signal for operation of the grid and for communication with electricity meters. The amplitude of the communication signal is in in almost all cases higher than the emission from any other equipment connected to the grid. Understanding the different types of interaction between PLC and end-user equipment has been a major part of this work. Five types of interaction have been identified; some negative for PLC, some negative for end-user equipment. An important conclusion from this part of the work is that loss of communication with PLC, as is often reported with remote reading of electricity meters, is not due to emission by end-user equipment but due to the EMC filter of the end-user equipment providing a low-impedance path. The understandings acquired from the work with PLC have been applied to other types of emission as well. Supraharmonics from individual devices, above about 10 kHz, flow mainly to neighboring devices, not into the grid. This behavior was found by laboratory experiments and confirmed by other studies as well. A circuit-theory model has been developed that explains this behavior. The EMC filters are shown to be the main cause of this behavior. Other configurations of those filters may result in a larger flow of emission towards the grid. One type of appliance that has been introduced recently is the LED lamp. LED.
LINK ORIGINAL
https://pure.ltu.se/portal/files/64258823/Sarah_R_nnberg.pdf

From Organic to Bioorganic Devices Speaker: Prof Niyazi Serdar Sariciftci, Ordinarius Professor for Physical Chemistry, Johannes Kepler University Linz

Publicado em 3 de jul de 2016 Title : From Organic to Bioorganic Devices Date: 24 Jun 2016 Speaker: Prof Niyazi Serdar Sariciftci, Ordinarius Professor for Physical Chemistry, Johannes Kepler University Linz Please go to the IAS Channel for more videos: http://ias.ust.hk/webcast

The Launch of the Lomonosov Satellite - Prof George Smoot, Professor Emeritus of Physics, University of California at Berkeley; IAS Helmut & Anna Pao Sohmen Professor-at-Large, HKUST; Nobel Laureate in Physics

The Lomonosov Satellite was motivated by two convergent concepts: (1) a desire to rapidly follow up Gamma Ray Bursts (GRB), particularly short GRBs believed to be inspiraling binary Neutron Stars forming a black hole and relativisitic jets and (2) a desire by Lomonosov Moscow State University to have a major scientific effort to celebrate the 300th anniversary of Michael Lomonosov who convinced Empress Elizaveta Petrovna to create Moscow State University in 1755.

IAS / School of Science Joint Lecture : Prof George Smoot (24 May 2016)

Date: 24 May 2016 Speakers: Prof George Smoot, Professor Emeritus of Physics, University of California at Berkeley; IAS Helmut & Anna Pao Sohmen Professor-at-Large, HKUST; Nobel Laureate in Physics Please go to the IAS Channel for more videos: http://ias.ust.hk/webcast

PCIM 2016 – A quick overview of SEMIKRON’s product highlights

PCIM 2016 – SEMIKUBE 1.5kV 2-level inverter with intelligent switching

New Fuel Cells for Clean and Sustainable Energy Future Tim Zhao Chair Professor of Mechanical and Aerospace Engineering;

New Fuel Cells for Clean and Sustainable Energy Future Tim Zhao Chair Professor of Mechanical & Aerospace Engineering; Director of the HKUST Energy Institute

Reverse Engineering Nature's Robots Prof Tom Daniel - THE HONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY

Publicado em 5 de jul de 2016 
IAS Distinguished Lecture Reverse Engineering Nature's Robots Prof Tom Daniel Komen Endowed Chair of Biology, University of Washington; Senior Visiting Fellow of HKUST Jockey Club Institute for Advanced Study 
 THE HONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY

Simulation of a three-phase AC-DC boost converter using PSPICE

SIMULACIÓN CON CONDENSADORES DE BUS DC CARGADOS INICIALMENTE CADA UNO CON 400VDC,PARA EVITAR CORRIENTES DE PICO,LA ESTRATEGIA DE CONTROL CON 03 REDES SENSORAS DE CORRIENTE DE ENTRADA,Y SENSOR DEL BUS DC DE CONDENSADORES,ENTRADA  ESTRELLA TRIFASICA  CON 220VRMS.
SIMULACION CON PSPICE 8-DOWNLOAD SCHEMATIC FILE:
http://www.mediafire.com/download/imovic7p973megh/FA3f_VSI_2n_BOOST.sch

LIBRERIAS DE PSPICE Y MODELOS

EN ESTA ARTICULO DESCRIBIREMOS COMO ADICIONAR NUEVAS LIBRERIAS A SU VERSION PSPICE6 O PSPICE8 DE LA MICROSIM

EN PRIMER LUGAR DEBEMOS SABER QUE TODA NUEVA LIBRERIA ESTA FORMADA POR DOS ARCHIVOS PRINCIPALESPOR EJEMPLO:

BSC.slb =archivo pspice de simbolos

BCS.lib =archivo pspice de modelos


******* PASO 1 ******* Guarde o salve los dos archivos anteriores en el directorio C:\MSIMEV63\LIB

******* PASO 2 ******* IR AL MENU BARRA DE TAREAS Y ESCOGER Options - Editor Configuration - Library Settings ,LUEGO USE Browse para encontrar el archivo BSC.slb entonces clicar en el botom ADD* para adicionar a la lista de librerias.
DESPUES DE COMPLETAR CON SUCESO ESTA OPERACION USTED OBSERVARA EN LA PANTALLA DEL COMPUTADOR UNA FIGURA COMO ESTA:

******* PASO 3 ******* Debemos agregar el archivo bsc.lib a la biblioteca de modelos del Pspice,como archivo global
Next add bsc.lib to the models known to PSpice by pulling down the Analysis-Library and Include Files menu, and then use Browse to find the BSC.lib file and then ADD Library* to add it to the file list. After successfully completing this operation, your screen should look something like this:

You may have to restart the program to get PSpice to recognize your parts. The first time you simulate a circuit containing the new parts, you may get a warning message. This message can be ignored. OK.

SIMULACIÓN DE CIRCUITOS ELECTRÓNICOS DE POTENCIA CON PSPICE - FIGUERES AMOROS- BENAVENTE GARCIA

LINK
http://www.mediafire.com/download/ddqnaebnw13i42u/simulacion_de_circuitos_electronicos_de_potencia_con_pspice%282%29.pdf

Barton Zwiebach, Glimpses of Double Field Theory Geometry (Strings 2012)

Barton Zwiebach (born October 4, 1954) is a string theorist and professor at the Massachusetts Institute of Technology, born in Lima, Perú. His undergraduate work was in Electrical Engineering at the Universidad Nacional de Ingeniería in Peru, from which he graduated in 1977. His graduate work was in physics at the California Institute of Technology. Zwiebach is an MIT professor of physics, and one of the world leaders in string theory (his textbook on the subject is excellent, by the way, and I recommend it highly). The Strings conference is the largest annual meeting of string theorists, and includes the biggest names in the subject giving talks on advancements made in essentially every aspect of the theory. Anyone who is interested in the subject should be quite interested in these talks! (I'm hoping to actually attend the conference this year in Seoul... but we'll see...) The lectures can be found, viewed, and downloaded from free from the website for the Ludwig-Maximilians-Universität München, which was the venue for the conference in 2012). In particular, there are many more lectures which do not appear in this playlist (these are merely the lectures I personally find most interesting). Their website can be found here:

CIRCUITOS ELÉCTRICOS 1 Ing. Fernando. López. A -Ing. Oscar Morales G. TEORÍA Y PROBLEMAS-LIMA-PERÚ

HOJE 03 DE JULHO DE 2016 SURFANDO NA WEB ENCONTREI UM EXCELENTE LIVRO DE MEUS COLEGAS ENGENHEIROS ELETRÔNICOS PERUANOS FORMADOS NA UNIVERSIDADE NACIONAL DE ENGENHARIA -LIMA PERÚ.
TITULO DEL LIVRO: CIRCUITOS ELÉCTRICOS 1 
AUTORES:
ING. FERNANDO LOPEZ ARAMBURU
ING. 0SCAR. MORALES.G.
 HOJE FALE PELO TELEFONE COM MEU AMIGO ENG.FERNANDO LOPEZ DE LIMA PERÚ PARA PUBLICAR SUA OBRA PARA TODO BRASIL E O MUNDO,DEU OK,DEVO ACLARAR QUE SOMENTE TENHO UMA PARTE DO LIVRO OS CAPITULOS ULTIMOS 7,8,9, E 10 FALTAM,MAIS DE TODAS MANEIRAS PENSO QUE VAI SER DE GRANDE UTILIDADE A OS ESTUDANTES.

LINK LIVRO COMPRIMIDO ARQUIVO WINRAR:
http://www.mediafire.com/download/dwz2x1l3sbns571/CIRCUITOS-I.rar

 BREVE RESENHA DOS AUTORES
  Ing. Fernando Lopez Aramburu

GERENTE TECNICO
GUARD SAC
January 2010 – Present (6 years 7 months)
DISEÑO DE REDES DE SUPERVISION DE CAMARAS REMOTAS EN EDIFICIOS / RESIDENCIAS

Education

UNIVERSIDAD NACIONAL DEL CALLAO
DOCTORADO INGENIERIA ELECTRICA, CANDIDATO TESIS DOCTORAL
2012 – 2014
UNIVERSIDAD NACIONAL DEL CALLAO
Magister, Ciencias ingenieria mencion Telecomunicaciones
2009 – 2010
.-adquisicion de equipos ultima generacion RF
- " modulos seguridad electronica
Activities and Societies: -investigacion Radio frequencia -diseño wi-fi -consultor Telecomunicaciones
Universidad Nacional de Ingeniería
Universidad Nacional de Ingeniería
INGENIERO ELECTRONICO, ELECTRONICA, TELECOMUNICACIONES
1975 – 1980
GERENTE TECNICO SEGURIDAD ELECTRONICA
AUTOR TEXTOS A NIVEL NACIONAL
Activities and Societies: PROFESOR PRINCIPAL UNI CONSULTOR PROYECTOS INGENIERIA ASESOR E INVESTIGADOR


ING. MORALES GONZAGA OSCAR ANDRES

Ingeniero Electrónico UNI - UPRP - UNAC - UPAO - EITEPOL - EOFAP - CIBERTEC Circuitos Eléctricos I (DC) - Circuitos Eléctricos II (AC) Teoría de Redes - Análisis y Síntesis de Redes Dispositivos Electrónicos Circuitos Electrónicos Analógicos y Digitales Electrónica de Potencia Seminario de Tesis - Metodología de la Investigación Comercio Electrónico - Estructuración Curricular Maestría en Sistemas de Información Diplomado en Estructura Curricular, E-Commerce, Didáctica Universitaria - Investigación Universitaria

http://directorio.concytec.gob.pe/appDirectorioCTI/VerDatosInvestigador.do?id_investigador=10856

Conferencia "Mecánica Cuántica, todavía sorprende" del Ph.D. Barton Zwiebach - UNIVERSIDAD NACIONAL DE INGENIERIA-LIMA -PERÚ.

Conferencia "Mecánica Cuántica, todavía sorprende" del Ph.D. Barton Zwiebach - UNIVERSIDAD NACIONAL DE INGENIERIA-LIMA -PERÚ. PROGRAMA ENCUENTRO CON LA CIENCIA-DR. MODESTO MONTOYA-LIMA-PERÚ. 
 Barton Zwiebach (born October 4, 1954) is a string theorist and professor at the Massachusetts Institute of Technology, born in Lima, Perú. His undergraduate work was in Electrical Engineering at the Universidad Nacional de Ingeniería in Peru, from which he graduated in 1977. 
 His graduate work was in physics at the California Institute of Technology. Zwiebach obtained his Ph.D. in 1983, working under the supervision of Murray Gell-Mann. He has held postdoctoral positions at the University of California, Berkeley, and at MIT, where he became an assistant professor of physics in 1987, and a permanent member of the faculty in 1994. He is one of the world's leading experts in string field theory. He wrote the textbook, "A First Course in String Theory" (2004, ISBN 0-521-83143-1), meant for undergraduates.
LINK: http://www.encuentrocientificointernacional.org
LINK: http://www.cienciaperu.org