The level is necessarily technical, but readable for engineers, designers and students. Download your copy now and enjoy reading.
Chapter 2: Feedback Loops Feedback is the essence of every stable system. How can I design my analogue or digital power supply to react quickly to sudden changes in load or input voltage, but stay smooth when the load is constant? And why do I have to worry about my right half plane stability?
Chapter 3: Understanding Datasheet Parameters If in doubt, read the datasheet! What is the worst case performance I can expect? Read this or be sorry! Chapter 6: Safety Safety first. This chapter explains the hazards, risks and countermeasures that you need to know to make a safe design that meets the regulatory requirements. Get creepages and your clearances right and your design can pass the safety certification first time.
Chapter 7: Reliability All manufacturers say that their product is reliable, but how do you design for high reliability? How do you protect your LEDs from being overdriven or over-heating? And which is better: Analogue or PWM dimming? How can I increase the isolation? This chapter takes you through the entire design process from choosing the right magnetic core and topology, to coping with the losses and handling the leakage inductances and capacitances.
Chapters Chapter 1. Who chose these numbers, anyway? This chapter explains the history of the development of AC power. Chapter 3: Apparent, Reactive and Active Power Taking the analogy of a beer mug: active power is the liquid beer, reactive power is the head of foam and apparent power is the full glass. Chapter 4: AC Theory This chapter on AC theory covers impedance diagrams, phasors and the importance of the imaginary square root of minus one. Chapter 5: Passive Components The working lifetime of a power supply is very often limited by the choice of capacitors.
This chapter covers the fundamentals of power switching transistor behaviour and how to design for high reliability switching.
What techniques are available and what are their respective advantages and disadvantages? Chapter Wireless power Power without wires has been an ambition since the time of Tesla.
Now with the advent of Qi and other standards, wireless power is moving away from electric toothbrushes and becoming a very useful power transfer technique. Chapter Feedback Feedback is the essence of every stable system. How can I design my power supply to react quickly to sudden changes in load or input voltage, but stay smooth when the load is constant?Do you know that we could have wasted lots of money simply by replacing the power IC without knowing it whether it has problem or not?
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Fundamentals of Power Supply Design Chapter Preliminary Pages
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Subscribe to: Post Comments Atom.Bob Mammano has been recognized as a pioneer in the power electronics field with more than 50 years of experience in analog power control. Mammano began his career with a physics degree from the University of Colorado in He learned power control as a circuit designer in the aerospace industry where he became frustrated by the limited availability of integrated circuits appropriate for his designs.
So with two other individuals he crossed the line from a user of semiconductor devices, to become a supplier by founding Silicon General inan IC manufacturing company located in Southern California. It was here that in addition to the first PWM IC his other firsts included a dual-tracking liner voltage regulator, power- supply supervisory circuits, and several power driver ICs.
Here he continued to define more leading power control ICs, including the first current-mode controller as well as a landmark first complete PWM controller in an 8-pin package. In this position he became even more widely known as a technical speaker and respected educator, retiring in That is until deciding to become an author. Inthe sales staff at Unitrode Semiconductor Corp. Coincidently, this was shortly after the introduction of the first integrated circuit designed to implement switching power-supply control, Silicon Generals SG, which was a pivotal point in power-supply development.
It was also a time when the highest level of power technology gained from an EE degree at most universities did not extend much beyond simple linear voltage regulators.
With a goal of educating power-supply design engineers in the intricacies of switching-power technology, Unitrode initiated a series of public seminars that would soon become the go-to source for the latest in technical information both theoretical and practical.
The success of these seminar programs was further ensured by a plan to keep the topics technical, with a minimum of product promotion, and with presentations conducted by technical experts rather than marketers. Among the many subjects that first appeared in public at Unitrode seminars were current-mode control, phase-shift modulation, resonant switching, practical magnetic design, and power-factor correction, as well as many other now-commonplace design techniques.
These seminars soon grew to a format that introduced a new program every 18 months, with each program containing six to seven original technical topics. Each program was presented in public venues initially at major city locations in the U. As of this writing, there have been more than 20 programs that have reached over 50, attendees, with many individuals returning to experience each new program.
Yet while the generation of all this technical information and design expertise has become a huge compilation of valuable engineering knowledge, its format of individual topics in individual seminar programs makes it difficult for the typical designer who is seeking answers to specific and unique issues to search and access. It is this challenge to collect and organize the major elements of this store of information that has inspired this book. However, rather than merely reprint selected seminar topics, I have attempted to extract the subject technologies, tell why they might be important, and show how they should be applied, and to do so in an organized, developmental sequence.
It is hoped that by starting with the basic elements of switching power-supply design, and then expanding to include subjects of more advanced design and newer topologies, this presentation will be useful to both young engineers entering the power-supply field as well as a trove of ideas for experienced designers seeking references on specific subjects. Where material from specific seminar topics has been incorporated into this book, a listing of the original seminar document will be found at the end of each chapter.
This listing will give the individual publication number for each reference, which can then be accessed at www. Finally, I need to include a note of appreciation for all who have made this book possible: First, to Texas Instruments Incorporated, for granting access to all the past and current Power Supply Design Seminar materials and in supporting the development of this book.
I cannot speak too highly of the personnel resources, without which this book could never have been completed. These included: Tim Goodrow from TIs Product Marketing Group, who was the primary manager of the team of talent needed both to insure that my writings would be adequately descriptive, technically accurate, and fully inclusive, as well as goading me on to meet scheduled completion dates. Robert Kollman, reactivated out of retirement from a career as head of TIs Customer solution Group, who became my chief technical editor as well as contributing the chapter on Power Supply Construction.
Gayle Lenox, TIs talented graphic artist who took on the task of adapting all my collection of pictures from past seminars, hand-drawn sketches and scanned images, into the graphic format for all the hundreds of illustrations needed for this book. It is to him that we all have to thank if we have succeeded in making this text flow readably smooth.
A wonderful, creative talent. Second, to both Unitrode and TI, for supporting this seminar program. This includes both allowing me to be a part of it during all of my employment 18 years at Unitrode and 13 years at TI as well as supporting the program itself financially. It also includes allowing the multitude of technically talented engineers to be diverted from their day jobs of designing and supporting product development, to support the creation and presentation of the topics that have made these seminars so successful.
Third, to Joan Paglierani, the key individual to the functioning of the seminar program.It's a interesting mix of power supply fundamentals along with a history of the power supply industry of which Texas Instruments has played an important part in developing. It's written for the beginner as well as the expert, covering power supply basics such as voltage regulation and power component selection, and also addresses advanced topics such as magnetics design, minimizing EMI, and topology selection.
The book unfolds with an easy introduction to power supply classification, voltage regulation basics and an examination of power supply components. Detailed discussions on switching power supply topologies, control algorithms, feedback loops, and magnetics design make it a comprehensive guide for anyone fascinated by the development power supply technology.
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Website Address. Follow Share. Report to Moderator. By author: 14rhb avnrdf fmilburn hlipka jc k.This section presents reviews of textbooks on various topics relating to power electronics and power conversion. This is just a sampling of the topics. More will be added over time.
Introductions to the reviews are shown here along with links to the full articles. If there is a book you would like to see reviewed here, email the editor with your suggestion. How to layout ground traces and planes to avoid crosstalk, EMI, groundbounce and similar effects.
This is where the related subjects of grounding and bonding come in, and these are the focus of the book being reviewed here.
In this review, Kevin explains why this book is still so valuable to system designers especially power electronics designers almost 25 years after its initial publication. Much of it is similar to what is found in the existing PSPICE literature, though it covers power-circuits aspects of simulation in particular.
This book surveys the technology of land-based vehicles with electric propulsion. Two of the authors are electrical and electronics engineering professors and the other two are in mechanical engineering.
Whether this book belongs in the power electronics section of the library under batteries or electrochemistry or in the automotive engineering section required some consideration that landed it in the automotive section of my library. The book contains a large amount of mechanical engineering, though all of it is related to electric or hybrid vehicle drive trains propulsion.
Spacecraft Power Systems, Mukund R. This book is intended for those in power electronics interested in spacecraft power systems. While this is not a new publication, references such as this are somewhat rare and the concepts discussed are ones that have been developed over decades of spacecraft development.
So this book remains relevant and informative. For those power system developers working in other fields and unfamiliar with space requirements, this book may be an eye opener as it sheds light on a set of environmental challenges that are literally and figuratively, out of this world. The approximation techniques covered in this book are otherwise referred to as numerical methods, part of the branch of mathematics called numerical analysis.
The author has a Ph. The book reflects this background in that it is presented in a way that can appeal to engineers more than some numerical analysis books written by career mathematicians. Among the many types of dc-dc converters discussed here are a class of converters invented by the first author that extends the original switched-capacitor circuit concept.
There is also a chapter on converter modeling, though the focus here is on categorizing dc-dc converters in order to pave the way for further development of the field. When I dove into this book by Bob Mammano, a leading figure in the development of power conversion, I could tell from the topics in the table of contents that it would be an interesting read.
This is an industry- and design-oriented book. So what is a power supply? The second sentence of chapter 1 sets the tone p. The subject of the book is motor drives, which is mainly about electronic power circuits and control theory as applied to electric machines including various mechanical loads.The Art of Electronics. Picture of the book : 3…. Pro Arduino. Arduino Project Handbook Volume 1.
Picture of the book: Arduino Pro…. Principles of Transistor Circuits. Picture of the book: Principles …. Principles of Electric Machines and Power Electronics. Picture Of The …. Electrical Circuits an Introduction. Picture of the book: Electrica…. Electronics for Kids.
Electrical Installation Work. Switching Power Supply Design. About The Book: Switching Power Supply Design has been recognized worldwide as the ultimate guide to energy provider design for more than 25 years to cover the latest innovations in technology, materials and components. This third edition introduces the basic principles of the most used topology, providing you with the basic information needed to design advanced energy sources.
Using an educational curriculum, how and why, this expert resource is filled with design examples, equations, and graphs. Features of the third version of the power supply design switch. Language : English. Size : Pages : Format : Pdf. Year : Edition : 3. Author : Abraham I. Pressman and Keith Billings, Taylor Morey. Chapter 4: Flyback Converter Topologies.
Chapter 6: Miscellaneous Topologies. Chapter 7: Transformers and Magnetic Design. Chapter Magnetic-Amplifier Postregulators. Chapter Feedback Loop Stabilization. Chapter Resonant Converters. Click here to download Wait You will be directed to the download link after the count has ended. Books Electronic. You may like these posts.Recognized worldwide as the definitive guide to power supply design for over 25 years, Switching Power Supply Design has been updated to cover the latest innovations in technology, materials, and components.
This Third Edition presents basic principles of all the commonly used topologies, providing you with the essential information required to design cutting-edge power supplies. Using a tutorial, how-to approach, this expert resource is filled with design examples, equations, and charts.
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