ECE 442 Power Electronics1 Full-Wave Rectifier with RL Load.

Slides:

Advertisements

Similar presentations

AC  DC: Using a full-wave diode rectifier circuit (used in the music system final project) The 20:1 turns ratio transformer here reduces the rms voltage.

Advertisements

NEWMAR 115 – 12 – 20AU Full-Wave Rectifier with Choke-Input Filter.

Dr. Ali M. Eltamaly King Saud University

Zener effect and Zener diode –When a Zener diode is reverse-biased, it acts at the breakdown region, when it is forward biased, it acts like a normal PN.

Semiconductors If the semiconductor has a few per million atoms with FIVE outermost (valence) electrons .... The “extra” electron is NEGATIVELY charged.

Converter Classification

ECE 201 Circuit Theory I1 General Solution for Natural and Step Responses of RL and RC Circuits Final Value Initial Value Time Constant Determine the initial.

Single-Phase Half-Wave Rectifier

ECE 442 Power Electronics1 NEWMAR 115 – 12 – 20AU Full-Wave Rectifier with Choke-Input Filter.

ECE 4501 Lecture 11: Rectifiers, Switches and P ower Supplies.

Experiment # 8 EE 312 & 352 Introductory Electronics Laboratory November 1, 1999 InputFilterRegulationLoad.

Three-Phase Power. Definitions 4 wires –3 “active” phases, A, B, C –1 “ground”, or “neutral” Color Code –Phase ARed –Phase BBlack –Phase CBlue –NeutralWhite.

Three-Phase Inverters

Controlled Rectifiers

ECE 442 Power Electronics1 Full-Wave Bridge Rectifier.

AC Power Discussion D9.3 Chapter 5. Steady-State Power Instantaneous Power Average Power Effective or RMS Values Power Factor Complex Power Residential.

Power Electronics Lecture (7) Prof. Mohammed Zeki Khedher Department of Electrical Engineering University of Jordan 1.

ECE 442 Power Electronics1 Class E Resonant Inverter.

ECE 442 Power Electronics1 Step Up Converter Close the switch to store energy in the inductor L Open the switch to transfer the energy stored in L to the.

DC-DC Converters Convert a fixed DC Source into a Variable DC Source

Example ECE 201 Circuit Theory 1. A load having an impedance of 39 + j26 Ω is fed from a voltage source through a line having an impedance of 1.

Copyright by UNIT III DC Choppers 4/17/2017 Copyright by

EE42/100 Spring 2006Week 9a, Prof. White1 AC  DC: Using a full-wave diode rectifier circuit (used in the music system final project) The 20:1 turns ratio.

Single-Phase Half-Wave Rectifier

Electronic Circuits POWER SUPPLIES.

Principles & Applications

Diode Circuits or Uncontrolled Rectifier

McGraw-Hill © 2008 The McGraw-Hill Companies Inc. All rights reserved. Electronics Principles & Applications Seventh Edition Chapter 4 Power Supplies.

Engineering H192 - Computer Programming Gateway Engineering Education Coalition Lab 4P. 1Winter Quarter Analog Electronics Lab 4.

Alternating Current Characteristics of AC The Transformer Transmission Rectification.

LECTURE 28 AC Voltage Controllers Dr. Rostamkolai

Electronic Circuit Analysis and Design Second Edition

Experiment # 7 EE 312 Basic Electronics Instrumentation Laboratory Wednesday, October 25, 2000 InputFilterRegulationLoad.

Chapter 33 Alternating Current Circuits CHAPTER OUTLINE 33.1 AC Sources 33.2 Resistors in an AC Circuit 33.3 Inductors in an AC Circuit 33.4 Capacitors.

CH3 Half-wave rectifiers (The basics of analysis)

LECTURE 27 Controlled Rectifiers Dr. Rostamkolai

Recall-Lecture 5 Zener effect and Zener diode Avalanche Effect

Principles & Applications

Engineering H192 - Computer Programming The Ohio State University Gateway Engineering Education Coalition Lab 3P. 1Winter Quarter Analog Electronics Lab.

EE631 – Spring ECE631/EE631Q Lecture 9 – The Rectifier S.D.Sudhoff Purdue University.

Dc regulated power supply SKN. Introduction All electronic circuits need DC power supply either from battery or power pack units. Many electronic equipment.

Name –Ankita mishra Branch-C.S.E Semester-3 rd Subject-Basic Electronic.

James Mackey Fundamentals of Power Supplies. James Mackey RectifierFilterRegulator AC Input AC Rectified (Pulsating DC) Smoothed DC Smoothed & Regulated.

Parul Institute of Engineering & Technology Name of Unit : Diode And Its Applications___________ Topic : BRIDGE RECTIFIER_________________________ Name.

By Squadron Leader Zahid Mir CS&IT Department, Superior University PHY-BE -09 Rectifier Filters.

Rectification. AC to DC Electricity distribution –Power stations –Transformers –Transmission lines AC Electronics DC –Smooth –Stable.

Complex Circuits Notes Series Circuit + Parallel Circuit = Complex Circuit.

Electronics Principles & Applications Fifth Edition Chapter 4 Power Supplies ©1999 Glencoe/McGraw-Hill Charles A. Schuler.

Regulated Power Supplies

Analysis of Diode Circuits using the Ideal Diode Model

MALVINO Electronic PRINCIPLES SIXTH EDITION.

Lecture – 4 Full wave rectifier

Example Determine η, FF, RF, TUF, PIV of the diode, CF of the input current, input PF.

Diode Rectifier Circuits Section 4.5. In this Lecture, we will:  Determine the operation and characteristics of diode rectifier circuits, which is the.

LVDT & RVDT End of World War II. Linear Variable Differential Transformer(LVDT)

Diode rectifiers (uncontrolled rectifiers)

Rectifier A rectifier is an electrical device that converts alternating current (AC), which periodically reverses direction, to direct current (DC), which.

6. Unregulated Power Supply Design

CSE251 Diode Applications – Rectifier Circuits. 2 Block diagram of a DC power supply. One of the most important applications of diodes is in the design.

Chapter 3 – Diode Circuits – Part 3

Çukurova University – Electrical & Electronics Engineering

Thyristor Half-wave Rectifiers

Dr John Fletcher Rectifiers Dr John Fletcher

Islamic University of Gaza

Advantages of Three-Phase Rectifiers over Single-Phase Rectifiers

Single-Phase Uncontrolled Rectifiers Chp#5

PN Junction Diode as Rectifier

Power Electronics Lecture -11 Single Phase Controlled Rectifier.

POWER ELECTRONICS DC-AC CONVERTERS (INVERTERS) PART 1

Presentation transcript:

ECE 442 Power Electronics1 Full-Wave Rectifier with RL Load

ECE 442 Power Electronics2

3 Voltage and Current

ECE 442 Power Electronics4 Continuous Load Current Determine A 1 from the condition –At ωt = π, i 0 = I 0

ECE 442 Power Electronics5

6 After Substitution and Simplification

ECE 442 Power Electronics7 rms and Average Diode Currents

ECE 442 Power Electronics8 rms Output Current Combine the rms current of each diode

ECE 442 Power Electronics9 Example 3.7 L = 6.5 mH R = 2.5 Ω E = 10 Volts V s = 120 Volts f = 60 Hz Diodes have –IS = 2.22e-15 Amps –BV = 1800 Volts

ECE 442 Power Electronics10 Example 3.7

ECE 442 Power Electronics11

ECE 442 Power Electronics12 Numerical Results Steady-State Load Current at ωt = 0, I 0

ECE 442 Power Electronics13 rms Diode Current

ECE 442 Power Electronics14 rms Output Current Average Diode Current