EE 5522 – POWER ELECTRONICS Scott Norr EE Dept. UMD.

Slides:



Advertisements
Similar presentations
Semiconductors Chapters
Advertisements

The semiconductor power diode has been used extensively in various power applications such as power rectifiers and power supplies.
POWER ELECTRONICS Instructor: Eng.Moayed N. EL Mobaied The Islamic University of Gaza Faculty of Engineering Electrical Engineering Department بسم الله.
Power Semiconductor Systems I
Solid state devices Crystal diodes – a crystal and a bronze wire Semiconductors – made from poor conductors with conductive impurities – Poor conductors.
1 Prof. Johnny Kin On SIN IEEE Fellow for contributions to the design and commercialization of power semiconductor devices The Hong Kong University of.
SOGANG UNIVERSITY SOGANG UNIVERSITY. SEMICONDUCTOR DEVICE LAB. Introduction SD Lab. SOGANG Univ. Gil Yong Song.
Power Device Characteristics Voltage Rating: Off state blocking voltage – exceed and destroy! Current Rating: On (saturation) state maximum – exhibits.
ECE 442 Power Electronics Text:
Reverse biased PN junction p n p n Reverse biased PN junction energy diagram.
1 SEMICONDUCTORS Tunnel an Varactor Diodes. 2 SEMICONDUCTORS PN diodes and zener diodes have lightly doped PN junctions and similar V-I characteristics.
Modeling conduction loss SEPIC example MOSFET R on, diode V D Averaged terminal voltages of switch network, including conduction losses:
groups.yahoo.com/group/435_1
ECE 4501 Lecture 11: Rectifiers, Switches and P ower Supplies.
ECE 442 Power Electronics Text:
Lecture #12 OUTLINE Metal-semiconductor contacts (cont.)
Power Electronics Chapter 5 DC to DC Converters (Choppers)
Course Outline 1. Chapter 1: Signals and Amplifiers
ECE 442 Power Electronics1 Full-Wave Rectifier with RL Load.
SCHOTTKY BARRIER DIODE
POWER ELECTRONICS EE‐312 Engr.Talha Ahmed Khan. Introduction to Power Electronics Power Electronics = Power + Control + Electronics Control deals with.
POWER SEMICONDUCTOR SYSTEMS II Author: Ales Havel Phone number: 4287 Headquarters: E227 Web page:
POWER ELECTRONICS Instructor: Eng.Moayed N. EL Mobaied The Islamic University of Gaza Faculty of Engineering Electrical Engineering Department بسم الله.
Fundamentals of Electricity, Magnetism, and Electronics
Power Electronics Lecture-3 Power Electronic Devices Power Diodes
BioMedical Instrumentation Lab., BME, Yonsei University 윤 자 웅윤 자 웅 The Design of Output Stages & Driver Section in SMPS Power Supply CookBook.
Power Electronics Lecture (3)
Lecture content provided by Kenneth Connor at Rensselaer Polytechnic Institute.
บทที่ 3 Diode 1EEE270 Electronic engineering. Diode applications 2EEE270 Electronic engineering.
ECE 4991 Electrical and Electronic Circuits Chapter 9.
Instrumentation & Power Electronics
S01 Diode Bee Technologies. S01 Diode Bee Technologies.
Ping Hsu Buff Furman John Luk 21SEP2010
Power Semiconductor Devices Power Diodes Cross-sectional view of a pn- junction diode intended for power applications. I-V characteristics of a pn- junction.
S CHOTTKY DIODE CORPORATE INSTITUTE OF SCIENCE & TECHNOLOGY, BHOPAL DEPARTMENT OF ELECTRONICS & COMMUNICATIONS BY- PROF. RAKESH k. JHA.
3/2/2016 Page 1Numeral Systems 17/11/2014 page 1.
Diodes Ping Hsu Buff Furman John Luk. Mechatronics Concept Map System to Control Sensor Signal Conditioning Controller (Hardware & Software) Power Interface.
EE 442 POWER ELECTRONICS I DIODE CIRCUITS Dr. Said A. Deraz Assistant Professor Electrical Engineering Department Faculty of Engineering, King Abdulaziz.
Faculty of Degree Engineering Department of Electronic& communication Engineering - 11 Subject: EDC ( ) Topic: Schottky Diode Prepared By:
Stavan Patel( ) Vedant Patel( ) Vidhi Patel( ) 1.
6/22/2016 “IN THE NAME OF ALLAH THE MOST MERCIFUL AND THE MOST BENEFICIAL”
NAME: NITHIN GEORGE PALLIPATT E.N BRANCH-EC(3rd) SUBJECT- ELECTRONICS DEVICE AND CIRCUIT PROJECT TITLE- DIFFERENT TYPES OF DIODES DARSHAN.
Rectifiers, Switches and Power Supplies
Other diodes Electronic device and circuit Active learning assignments
PCIM Europe 2016 Power Conversion and Intelligent Motion
Power Electronics. Power Electronics Why Germanium is not used for manufacturing Controlled Rectifiers.
Lecture 10 Power Device (1)
Chapter 2 Overview of Power Semiconductor Devices
Synchronous Rectifier in Forward Converter
Power Semiconductor Systems I
Basic electronics URVISH SONI.
Dr John Fletcher Rm 131 Power Electronics Dr John Fletcher Rm 131.
Institute of Technology
Basics of Power Semiconductor Devices
Rectifying Antenna Basic Design: Antenna – Transformer – Rectifying Diode Design problems: High enough voltage swing for the diode to switch Fast enough.
Subject Name: POWER ELECTRONICS Subject Code: 10EC73
Lecture #12 OUTLINE Metal-semiconductor contacts (cont.)
Rectifying Antenna Basic Design: Antenna – Transformer – Rectifying Diode Design problems: High enough voltage swing for the diode to switch Fast enough.
Basics Semiconductors
ECE 442 Power Electronics Text:
Lecture content largely provided by
Lecture content largely provided by
DIODES CLIL ELETTRONICA TEACHER SETTANNI GABRIELE MONTINARO
POWER SEMICONDUCTOR DEVICES OVERVIEW
Rectifying Antenna Basic Design: Antenna – Transformer – Rectifying Diode Design problems: High enough voltage swing for the diode to switch Fast enough.
Power Semiconductor Systems II
Introduction Dr. Kakade K.P.
Overview of Course Goal: Primarily to develop techniques and intuition for evaluating and understanding digital (and analog) circuits, and especially.
Lecture 10 Power Device (1)
Presentation On Schottky Diode. Course Code:3208 Course Title : Microwave radar and satellite communication lab Presented By Salma Akter BKH F.
Presentation transcript:

EE 5522 – POWER ELECTRONICS Scott Norr EE Dept. UMD

Course Content Primarily will follow Ned Mohan’s Lecture Slides EHEP html#student Supplemented by MIT Open Course Ware: Power Electronics

Power Semi-Conductors Diodes MOSFETs IGBTs

Semiconductor Materials Infineon.com

Power Semiconductor Applications

POWER DIODES Rectifier Diodes – Silicon, Fast Recovery Schottky Diodes – High Efficiency (poor reverse breakdown)

POWER MOSFET Fairly Fast Switching - ~100 nanoseconds Fairly High Power – 100’s of volts, 10’s of amps Subject to “Latch-up” Fragile during voltage transients