DESIGN AND IMPLEMENTATION OF DIGITAL DIMMING ELECTRONIC BALLAST -Advisor: He Jinman Graduate Student: Wang Ming Shan-CHUN YUAN CHRISTIAN UNIVERSITY

DESIGN AND IMPLEMENTATION OF DIGITAL DIMMING ELECTRONIC BALLAST
Advisor: He Jinman Graduate Student: Wang Ming Shan China 2002 CHUN YUAN CHRISTIAN UNIVERSITY .

Abstract
 This thesis aims to present the design and practice of a digital electronic ballast for fluorescent lamps. It introduces the characteristics of lamp, DC/DC converter, power factor correction circuit IC 6561, and resonant circuit IC 6574, The electronic ballast is developed by using IC 6561and IC 6574, and other circuits to meet the need for high power factor, long lamp life, high luminous efficiency, and dimming control. Also the circuit operation principle, analysis of carefully designed circuit parameters, practical consideration of self-excitation, and dimming control are explained in detail .The test of real design is carried out at last, and the result shows the proposed digital electronic ballast can fulfill the design purposes.
LINK THESIS
http://www.mediafire.com/download/fl51c3045sjz2wp/DIGITAL_DIMMING_BALLAST_ELECTRONICS.pdf

3-Phase Hybrid Series Active Power Filter System with Instantaneous Voltage Compensation (Seok - Woo Han) - Ph.D Program in Department of Electrical Engineering The Graduate School of Konkuk University-SOUTH KOREA

3-Phase Hybrid Series Active Power Filter System with Instantaneous Voltage Compensation 
Seok - Woo Han
 Ph .D Program in Department of Electrical Engineering The Graduate School of Konkuk University (Under the Supervision of Prof . Gyu - Ha Choe ) 
 A B S T RA CT 
This paper present s the 3- phase hybrid series active filter in order to compensate for harmonics currents , voltage fluctuating and voltage unbalance in power systems . The electric power systems are based on an alternating current and voltage which are sinusoidal in nature. Computers and sensitive electronic control equipment in industrial and commercial plants demand a high quality electric power supply . With significant development of power electronics technology , the proliferation of nonlinear loads such as static power converters has deteriorated power quality in power systems . Notably , nonlinear loads resulted in harmonic distortion , become a serious problem in many industrial equipment . Therefore, utility power quality has become an important issue recently .
LINK THESIS
http://www.mediafire.com/download/8b7v24px90xxd2u/3-Phase_Hybrid_Series_Active_Power_Filter_System.pdf

DEVELOPMENT AND APPLICATION OF PWM CONVERTERS WITH SOFT-SWITCHING CELLS -JIN-CHYUAN HUNG - INSTITUTE OF ELECTRICAL ENGINEERING TAIWAN REPUBLIC OF CHINA

DEVELOPMENT AND APPLICATION OF PWM CONVERTERS WITH SOFT-SWITCHING CELLS -JIN-CHYUAN HUNG

A DISSERTATION SUBMITTED TO INSTITUTE OF ELECTRICAL ENGINEERING

COLLEGE OF ENGINEERING- NATIONAL CHUNG CHENG UNIVERSITY
IN PARTIAL FULFILLMENT OF THE REQUIRIMENTS FOR THE DEGREE OF DOCTOR
OF PHILOSOPHY IN ELECTRICAL ENGINEERING
JANUARY 2005- TAIWAN,REPUBLIC OF CHINA

LINK FULL THESIS
http://www.mediafire.com/download/8fr063typgw3v3c/PWM_CONVERTER_SOFT_SWITCHING_CELL.pdf

A Novel Design of an Adaptive PID Controller for Cardiac Pacemaker Achu Govind K. Aravind Sekhar Vinod B.- Dept. of Electronics and Communication, Mohandas College of Engineering, Kerala University, Trivandrum- Kerala, India

Abstract
 Biomedical engineering deals with the application of various concepts of engineering in the field of medicine and biology mainly for health care purposes thereby improving patients quality of life. Out of the various techniques, the primary focus is to develop a reliable and optimized technique for electro simulation of heart. The present work deals with an improvement in the design of control system for regulating the heart rate of a pacemaker in an efficient way. An Adaptive PID controller based on the Delta rule and Adaptive Correction Factor is proposed in this paper. The Adaptive PID controller is implemented using an Adaptive Loop incorporating MIT rule with the Delta rule. The PID parameters are modified by an Adaptive Correction Factor. Simulation results were performed on the developed cardiovascular system of humans and results show that the proposed adaptive PID controller produces superior control performance than conventional PID controller. Simulations were done in Matlab/Simulink.
 Keywords: Adaptive PID Controller, Adaptive Correction Factor, MIT Rule, Delta Rule, Pacemaker, Heart Rate.
LINK ORIGINAL NA WEB
http://www.ijsr.net/archive/v3i10/T0NUMTQyOTE%3D.pdf
LINK ALTERNATIVO NA WEB

INTRODUCTION TO NUCLEAR ENGINEERING Pohang University of Science and Technology John C. Lee 원자력공학개론 포항공과대학교 John C. Lee- SOUTH KOREA

This course will cover an introduction to nuclear power plants, interaction of radiation with matter, neutron cross sections, diffusion theory, criticality calculations, reactor kinetics, neutron slowing down theory, heat transport and temperature distribution in reactor core, and reactivity feedback.
 주제분류 공학 >정밀ㆍ에너지 >원자력공학 강의학기 2012년 1학기

 LINK ORIGINAL
http://kocw.net/home/search/kemView.do?kemId=425745&ar=relateCourse

Lec24 電子學(二) 第六章 Single-Stage Integrated-Circuit Amplifiers-NCTU OPENCOURSEWARE-National Chiao Tung University -TAIWAN

Lec01 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 1:18:04
 Lec02 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 55:29
 Lec03 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 1:28:16
 Lec04 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 51:12
 Lec05 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 1:26:46
 Lec06 電子學(二) 第四章 MOS Field-Effect Transistors (MOSFETs) de nctuocw 38:59
 Lec07 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:32:40
 Lec08 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 52:20
 Lec09 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:30:03
 Lec10 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 49:41
 Lec11 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:23:42
 Lec12 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:20:21
 Lec13 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 40:58
 Lec14 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:17:10
 Lec15 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 40:56
 Lec16 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 44:12
 Lec17 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 1:35:34
 Lec18 電子學(二) 第五章 Bipolar Junction Transistors (BJTs) de nctuocw 46:18 L
LINK ORIGINAL FULL COURSE
https://www.youtube.com/playlist?list=PLj6E8qlqmkFulM8zMGlKrq7Wm4AJpdJa1

Lec10 電子學(二) 第五章 Bipolar Junction Transistors (BJTs)-NCTU OPENCOURSEWARE-National Chiao Tung University -TAIWAN

第五章 Bipolar Junction Transistors (BJTs) (4/14) 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....

[ 普通物理學-張寶棣 ] 單元4-1: Potential Energy and Energy Conservation (1)

[ 普通物理學-張寶棣 ] 單元23-3: Alternating Currents (3)

[量子力學] 第8-2講、Feynman Path Integral（Mathematical Formulation）- NATIONAL TAIWAN UNIVERSITY

Gravitational Waves - Prof Bruce Bassett

Publicado em 1 de mar de 2016 The AIMS Public Lecture Series presents: "Gravitational Waves - Einstein's Final Legacy and a Revolution for Astronomy" By Prof. Bruce Bassett, AIMS South Africa, SAAO and UCT Abstract: Gravitational waves - ripples in the fabric of space and time itself caused by colliding black holes - were discovered last week by LIGO, opening up a new window on the Universe. In this talk we will explore what they are and why Einstein predicted them 100 years ago, how they are created and why it has been so hard to find them. We then discuss how gravitational waves will revolutionise astronomy by giving us a new sense, the only one that could potentially see right back to the Big Bang.

[ 普通物理學-張寶棣 ] 單元24-1: Magnetism (1) -NTU -NATIONAL TAIWAN UNIVERSITY

[ 普通物理學-張寶棣 ] 單元21-1: Magnetic Fields and Ampere's Law (1)-NATIONAL TAIWAN UNIVERSITY

ATMOSPHERIC NEUTRINO STUDIES AND NEUTRINO OSCILLATION-Takaaki Kajita, Nobel physics in Stockholm December 2015-NATIONAL TAIWAN UNIVERSITY DEC 22-2015-大師開講：微中子震盪 / 2015年諾貝爾物理獎得主 梶田隆章教授-

Takaaki Kajita (梶田 隆章 Kajita Takaaki?, born 9 March 1959) is a Japanese physicist, known for neutrino experiments at the Kamiokande and its successor, Super-Kamiokande. In 2015, he was awarded the Nobel Prize in Physics jointly with Canadian physicist Arthur B. McDonald.

2015年諾貝爾物理獎得主日籍梶田隆章教授於12月22日蒞臨臺灣大學凝態中心物理­新館國際會議廳，針對〈微中子震盪Atmospheric neutrino studies and neutrino oscillation〉議題進行一場通俗演講。 臺大物理系指出，在進入千禧年之前的1998年，梶田隆章教授代表日本超級神岡微中子­探測實驗（Super-Kamiokande）報告指出，宇宙射線在大氣中產生的微中­子會進行兩種不同「味」，「渺子」與「濤子」間的轉換，顯示微中子具有質量，改變了以­往微中子無質量的核心認知，也成為未來研究宇宙的重要依據，因此榮獲2015年諾貝爾­物理獎桂冠。

Nanostructure and Nanotechnology Konkuk University - Kawai Tomoji-나노구조 및 나노기술 건국대학교 Kawai Tomoji-SEOUL-SOUTH KOREA

LINK ORIGINAL EN LA WEB
http://kocw.net/home/search/kemView.do?kemId=438838&ar=relateCourse

ABB modular UPS now available for large and mid-sized data centers in No...

 ABB has expanded its modular UPS technology for use in large and mid-sized data centers, server rooms and other IT infrastructure applications with a 480V UL version of the Conceptpower DPA 500. With over 15 years of experience in designing and manufacturing UPS systems in Europe and Asia, ABB now brings this expertise to the UL market in North America. The Conceptpower DPA 500 480V modular UPS fulfils power requirements from 100 kW to 3 MW and provides maximum availability for those who aim for zero downtime as well as a low cost of ownership.

For more information, please visit www.abb.com/ups

The 9th International Conference on Integrated Power Electronics Systems (CIPS 2016) - Power Electronics in Challenging Little Boxes and More

Overcoming Challenges in Driving Silicon Carbide Power Modules-By Nitesh Satheesh, Field Applications Engineer, AgileSwitch, LLC

LINK ORIGINAL
http://www.bodospower.com/restricted/download.aspx

High Temperature, Wide Bandgap Underhood Inverter-SiC Devices

Fundamentals of Power Electronics - Converter Types