La relación Empresa - Universidad en el Perú

Publicado em 26 de ago de 2016 La relación Empresa - Universidad en el Perú Entrevista con Carlos Goicochea

LINK ORIGINAL EN LA WEB
https://youtu.be/deYR6c-v13I

WEEK 17 - Electronics (III)-CURRENT-CURRENT Feedback Circuit-Prof. Jenn-Fang Chen CURRENT- VOLTAGE (i-v) Feedback Circuit-NATIONAL CHIAO TUNG UNIVERSITY

Electronics (III)- CURRENT-CURRENT feedback circuit-Prof. Jenn-Fang Chen, Department of Electrophysics-NCTU-OPENCOURSEWARE NATIONAL CHIAO TUNG UNIVERSITY

WEEK 14 - Electronics (III)- VOLTAGE-VOLTAGE feedback circuit-Prof. Jenn-Fang Chen-Department of Electrophysics NATIONAL CHIAO TUNG UNIVERSITY

Electronics (III)- VOLTAGE-VOLTAGE feedback circuit-Prof. Jenn-Fang Chen, Department of Electrophysics-NCTU-OPENCOURSEWARE NATIONAL CHIAO TUNG UNIVERSITY-TAIWAN

Electronics (III)-Chapter 6 Cascode circuits-Prof. Jenn-Fang Chen, Department of Electrophysics-NCTU

Electronics (III)-Chapter 6 Cascode circuits-Prof. Jenn-Fang Chen, Department of Electrophysics-NCTU OPENCOURSEWARE NATIONAL CHIAO TUNG UNIVERSITY

Sanjaya Maniktala's Futuristic Wireless Charging System

Solutions Manual Static and Dynamic Electricity 3rd Edition William R. Smythe

Solutions to Problems in STATIC AND DYNAMIC ELECTRICITY by William R. Smythe INTRODUCTION
Solutions of the 679 problems propounded on 114 pages of the 1968 third edition of Static and Dynamic Electricity (McGraw Hill) are given in the next 178 pages. The second edition has 581 of these, including all in the first, second, third and last chapters. When chapter, page or problem number differs, the second edition value appears in parenthesis. Some of the new problems cannot be solved by the second edition theory. The text problem statement, which lists special assumptions made, defines new symbols used, usually gives the answer and points out text formulas that apply, is not repeated herein. The use of the Handbook of Mathematical Functions and other recent works listed after Chapter V greatly shortens some of the original solutions. Beginning on page 179 is a list of errata of the first printing of the third edition.
LINK ORIGINAL EN LA WEB
http://dl1.ponato.com/eb1/531__4b995e8.pdf
LINK ALTERNATIVO
http://www.mediafire.com/download/fjqt3ef53newfc5/Solutions_to_Problems_in_STATIC_AND_DYNAMIC_ELECTRICITY.pdf

Static and Dynamic Electricity by William R. Smythe (VERSION ENGLISH AND RUSSIAN) - ЭЛЕКТРОСТАТИКА и ЭЛЕКТРОДИНАМИКА - В. СМАИТ

ENGLISH VERSION

Static and Dynamic Electricity by William R. Smythe William R. Smythe Static and Dynamic Electricity McGraw-Hill Book Company Inc. 1950 ( International Series in Pure and Applied Physics )

LINK ORIGINAL EN LA WEB LO PUEDES DESCARGAR GRATUITAMENTE
https://archive.org/details/StaticAndDynamicElectricity
LINK DIRECTO
https://archive.org/download/StaticAndDynamicElectricity/Smythe-StaticAndDynamicElectricity.pdf


RUSSIAN VERSION Электростатика и электродинамика (В.Смайт)

LINK
http://www.mediafire.com/download/o91d46emmvvyawy/Smythe_E%27lektrostatika_i_e%27lektrodinamika.pdf

Signal Flow Analysis: The Commonwealth and International Library: Electrical ...Por J. R. Abrahams,G. P. Coverley ( VERSION ENGLISH AND RUSSIAN) Абрахамс Дж., Каверли Дж. Анализ электрических цепей методом графов. 1967

VERSION ENGLISH

Signal Flow Analysis: The Commonwealth and International Library: Electrical ...Por J. R. Abrahams,G. P. Coverley
 LINK GOOGLE BOOK
https://books.google.com.br/books?id=C4ujBQAAQBAJ&lpg=PP1&hl=pt-BR&pg=PP1#v=onepage&q&f=false

VERSION RUSSIAN Абрахамс Дж., Каверли Дж. Анализ электрических цепей методом графов. 1967

LINK  EN LA WEB

http://www.mediafire.com/download/i6z8ma1kpn00az1/Signal_Flow_Analysis_VERSION_RUSSIAN.pdf

ANÁLISIS DE CIRCUITOS Teoría y práctica Allan H. Robbins

LINK ORIGINAL EN LA WEB
http://prof.usb.ve/mirodriguez/circuito_electrico_i/libro.pdf

Korea Electrotechnology Research Institute 한국전기연구원[KERI] 기관홍보영상(2015년)_영문

한국전기연구원[KERI] 기관홍보영상(2015년)_영문

A Study on the Hybrid UPS with Electrical Energy Storage Function EES 기능을 갖는 하이브리드 UPS에 관한 연구 -2014 Seung-Beom Lim Department of Electrical Engineering Graduate School, Dankook University

A Study on the Hybrid UPS with Electrical Energy Storage Function EES 기능을 갖는 하이브리드 UPS에 관한 연구 -2014 Seung-Beom Lim Department of Electrical Engineering Graduate School, Dankook University
 ABSTRACT 
EES(Electrical Energy Storage) is the system which stores the remaining energy during the time of light load or night time with the cheap electricity price, and then discharges the stored energy during the time of peak load or electric power shortage. This system improves usage efficiency and stabilizes the power supply system. UPS(Uninterruptible Power Supply) can be divided into three parts according to dependency between input and output voltage : Passive-Standby, Line-Interactive, and Double-Conversion. Double- Conversion type UPSs are used to supply the stable power to industrial high-tech/medical equipments and finance/data centers, where loads are sensitive to the blackout and voltage fluctuation.
In this paper, it is proposed a double-conversion hybrid UPS with EES function. The proposed hybrid UPS is operating in four states, which are normal state, battery state, bypass state, and EES state.
When the AC input source is normal, the system operates in normal state which supplies the stable power to the load through the PFC and inverter, and charges batteries simultaneously. In case of black out or unstable input, the system operates in battery state which supplies the energy from the batteries to the load. In bypass state in case of overload or failure of the inverter, the system supply the input power to the load directly. When the system is needed to operate in EES state, AC input is cut off by the user command and the energy stored in the batteries is supplied to the load. Thereby the system can manage the power efficiently and make the power system more stable. The proposed system is composed of a rectifier, an inverter, a battery charger, and batteries. The rectifier operates as the PFC in normal state and as the battery discharger in battery state and EES state. In the proposed system, there is no battery discharger which is essential in the conventional system. As a natural consequence, the size and weight of the system are reduced. In addition, by designing the inverter as 3-level TNPC(T-type Neutral Point Clamp) inverter, efficiency is improved compared to the conventional 2-level type.
To verify the proposed system, it is simulated through the C-block of PSIM. Also, the proposed system with the output rating of 2,700 Watts is constructed and experimented. As a result, it was verified that the proposed system has excellent performances in the viewpoints of efficiency, input power factor, and THDs in input current and output voltage.
LINK FULL PAPER ORIGINAL WEB
http://society.kisti.re.kr/sv/SV_svpsbs03VR.do?method=detail&menuid=1&subid=11&cn2=JRJJC3_2014_v19n3_266
LINK ALTERNATIVO FORMAT PDF
http://www.mediafire.com/download/1xs9lnbi4rjyajc/JRJJC3_2014_v19n3_266.pdf

La reparación de los receptores de satélite Fedorov VK -Ремонт спутниковых ресиверов Федоров В.К.

LINK EN LA WEB FORMATO PDF

Power Transformers Principles and Applications John J. Winders, Jr.

LINK ORIGINAL WEB
http://www.ssdservice.pl/~ssdservice/SSDdrives/ELEKTROTECHNIKA/transformatory/power_transformers_principles_and_application.pdf

ANÁLISE DA INFLUÊNCIA DE EQUIPAMENTOS ELETROMÉDICOS NA QUALIDADE DA ENERGIA ELÉTRICA WELLINGTON MAYCON SANTOS BERNARDES SÉRGIO FERREIRA DE PAULA SILVA

Resumo: Este trabalho apresenta uma análise dos parâmetros que caracterizam uma energia elétrica de qualidade quando suprindo cargas tipicamente hospitalares, ou seja, equipamentos eletromédicos. Os estudos foram conduzidos no Hospital de Clínicas da Universidade Federal de Uberlândia, onde diversos equipamentos eletromédicos foram avaliados e discutidos. Tais aparelhos são considerados como cargas não-lineares, pois eles possuem corrente distorcida, ou seja, a corrente não apresenta a mesma forma de onda da tensão. Dessa maneira, a interação entre esses equipamentos eletromédicos e a rede de suprimento é investigada criteriosamente, onde se verifica a contribuição dos mesmos na degradação da energia elétrica.
LINK ORIGINAL EN LA WEB
http://www.seer.ufu.br/index.php/horizontecientifico/article/viewFile/11652/7816

Um estudo acerca de equipamentos eletromédicos radiológicos na qualidade da energia elétrica em estabelecimentos assistenciais de saúde Wellington Maycon S. Bernardes, Student Member, IEEE, Ciciane Chiovatto, Sérgio F. de P. Silva, Decio Bispo, R. A. S. Fernandes

Resumo-- Este artigo avalia a interferência de equipamentos eletromédicos radiológicos na qualidade de energia elétrica em um estabelecimento assistencial de saúde. Os equipamentos avaliados são empregados para diagnósticos por imagem e correspondem àqueles que demandam potência elétrica mais elevada (equipamento de raios-X, tomógrafo convencional, tomógrafo helicoidal e aparelho de hemodinâmica). Os resultados obtidos centram na análise das formas de onda destas cargas e nos níveis de distorções harmônicas de tensão e corrente dos diferentes exames, já que estas máquinas são caracterizadas por elevados picos de corrente e formas de onda não senoidais cujas consequências podem ser observadas na tensão de suprimento.
LINK ORIGINAL
http://www.swge.inf.br/anais/sbse2012/PDFS/ARTIGOS/96817.PDF

AMPLIFICADORES: CLASE DE POLARIZACIÓN Y SEÑAL 01-INGENIERO FERNANDO LOPEZ ARAMBURU - UNI-LIMA-PERU

Operational Amplifiers (OpAmps) 【趙亮電子學】OPA運算放大器之輸入偏壓電流的

AMPLIFICADOR OPERACIONAL-OPAMP-Taiki Noriyuki-【趙亮電子學】 OPA運算放大器之減法器(超級)

ANALISIS DE CIRCUITOS ELECTRICOS I

Photovoltaics Creates a New Type of Heat Engine, with Light as the Working Fluid Prof Eli Yablonovitch - THE HONG KONG UNIVERSITY OF SCIENCE AND TECHNOLOGY

IAS Distinguished Lecture Photovoltaics Creates a New Type of Heat Engine, with Light as the Working Fluid Prof Eli Yablonovitch James & Katherine Lau Chair in Engineering, University of California at Berkeley; Visiting Professor of HKUST Jockey Club Institute for Advanced Study