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EMI Filter Design, Third Edition, by Richard Lee Ozenbaugh, Timothy M. Pullen
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With today’s electrical and electronics systems requiring increased levels of performance and reliability, the design of robust EMI filters plays a critical role in EMC compliance. Using a mix of practical methods and theoretical analysis, EMI Filter Design, Third Edition presents both a hands-on and academic approach to the design of EMI filters and the selection of components values. The design approaches covered include matrix methods using table data and the use of Fourier analysis, Laplace transforms, and transfer function realization of LC structures. This edition has been fully revised and updated with additional topics and more streamlined content.
New to the Third Edition
- Analysis techniques necessary for passive filter realization
- Matrix method and transfer function analysis approaches for LC filter structure design
- A more hands-on look at EMI filters and the overall design process
Through this bestselling book’s proven design methodology and practical application of formal techniques, readers learn how to develop simple filter solutions. The authors examine the causes of common- and differential-mode noise and methods of elimination, the source and load impedances for various types of input power interfaces, and the load impedance aspect of EMI filter design. After covering EMI filter structures, topologies, and components, they provide insight into the sizing of components and protection from voltage transients, discuss issues that compromise filter performance, and present a goal for a filter design objective. The text also includes a matrix method for filter design, explains the transfer function method of LC structures and their equivalent polynomials, and gives a circuit design example and analysis techniques. The final chapter presents packaging solutions of EMI filters.
- Sales Rank: #160881 in Books
- Published on: 2011-09-23
- Original language: English
- Number of items: 1
- Dimensions: 9.25" h x 6.25" w x .75" l, 1.10 pounds
- Binding: Hardcover
- 272 pages
Review
"This 3rd edition book is an excellent resource for solving EMI problems. It provides a systematic procedure for identifying noise sources and provides the design tools needed to solve problems. It will be an invaluable reference book for working electrical engineers as well as students who want to learn about EMI filtering and EMI noise problems. ... The book is filled with design equations that can be immediately put to use by the reader. This book can be a guidebook for diagnosing troublesome EMI issues in existing designs, and it can also be used to prevent EMI issues from occurring in the first place because of the information in this book. ... This is a book that should be used by every electrical engineer involved with EMI issues. It is filled with design equations, but more importantly it will provide you with an understanding of EMI issues, thus, making you a better design engineer."
―John J. Shea, IEEE Electrical Insulation Magazine, March/April, Vol. 29, No.2, 2013
About the Author
Richard Lee Ozenbaugh is a consultant of EMI filter design and magnetics engineering for such companies as Hughes Aircraft Corporation, Parker Hannifin Aerospace, Franklin Electric, McDonnell Douglas, and Cirrus Logic. Involved in the electrical and electronics industries since the early 1950s, he has worked as a radar specialist for the U.S. Navy as well as an engineer for Hopkins Engineering and RFI Corporation.
Timothy M. Pullen is a principal electrical engineer at Rockwell Collins. He has over 25 years of experience in the research, design, and development of electronic systems for commercial and military applications, including power electronics, motor control, and full authority digital engine control technology. His areas of expertise include model-based design and control, analog circuit design, and filter design.
Most helpful customer reviews
7 of 8 people found the following review helpful.
Save your money
By Dunderhead
This book is an utter train wreck. The writing is disorganized, sloppy, imprecise, rambling, ambiguous and incoherent. It was painful to wade through. If this book had an editor, he or she should be fired. Though the author may be an expert on the subject, he has failed to communicate his knowledge to the reader.
I cannot recommend this book. Though I was able to learn a few useful things from it, the high price and the time spent sifting for a few grains of knowledge amongst the chaos more than canceled any benefit. I confess that I am a bit angry with the author for the mess that he excreted and that I subjected myself to.
Try "Electromagnetic Compatibility Engineering" by Henry W. Ott. This book covers a much broader range of topics than "EMI Filter Design," yet the twelve pages devoted to power line filters convey more understanding and useful information than Ozenbaugh's entire book. The remainder of "Electromagnetic Compatibility Engineering" is a gold mine of material that will likely be useful to the sort of engineer that is concerned with EMI filters. Ott's book is well-organized, clear and concise, in complete contrast to "EMI Filter Design."
Lest you think my criticism of "EMI Filter Design" is overly harsh, I recommend that you critically read the first few pages that are offered on Amazon's product page where it says "Click to Look Inside" on the book's photo.
Here are excerpts from other parts of the book to help you judge for yourself:
"1.6. THE INDUCTIVE INPUT FOR THE 220A TEST METHOD
This is similar to the capacitor of the pi filter in the CIP method but not as severe. With the 50 ohms impedance in the 220A test system, what is the inductor impedance going to add? At least the 50 ohms is there and the inductive reactance adds to it at 90 degrees. We are speaking here of either an L or a T filter. They are not responsive until the impedance of the inductor reaches 50 ohms. Regardless, this takes effect orders of magnitude ahead as compared with the capacitance to ground in the CIP method. Both L and T perform very well in the CIP method but are somewhat limited in the 220A method. Calculate the frequency at which the inductor is 50 ohms. This will be the starting point where the inductance will start to function. This explains why most filters are the pi type required to pass the 220A specification.
Summarizing, watch the inductors of the L or T filters in the 220A test method. See the frequency at which they reach 50 ohms."
Or how about
"6.7. THE RC SHUNT
Another technique is preferred to the Cauer but is better when used in high-impedance, low-current circuits. This filter, called the RC shunt, uses fewer components and is automatically balanced across the line to start with, if required (Fig. 6.18). This is formed with a capacitor and a series resistor. Normally, the filter has a resonant rise lower in frequency than the trouble frequency. This is especially true if the filter is a multiple filter such as a double or triple L, pi, or T. Usually, the number of resonant rises is one less than the multiple number, meaning that the single L, pi, or T would not have any resonant rise but the quad would have one less, equaling three. This holds true only if the circuit Q is low enough. The higher Q has a resonant rise for each network. Find the frequency of the lowest resonant rise and pick the capacitor value at this frequency that equals the filter design impedance. This will attenuate each resonant rise above the first and also the trouble frequency. If the resonant rise frequencies are of no concern--well above the fifth harmonic of the power line frequency and well below 10 kHz--choose the capacitor to equal the design impedance at the trouble frequency."
And here's a gem, from a listing of desirable features of dissipative filters in section 6.5:
"A filter would have a filter very similar to an inexpensive LISN would be included within the filter, and two if the unit is the type described and pictured in Fig. 6.16."
Got that? The whole book is a mess. It deserves a grade of F-minus with a frowny face. Make the author sit in the corner until recess.
1 of 1 people found the following review helpful.
Rented this first, then purchased it
By D. A. Wilson
I rented this book for a month to see if it would help with solving some filtering issues I was having related to a MIL-STD-461 design. I had to read it at least 3 times to understand what it was talking about, but in the end I was MUCH more confident in my ability to design filters. When it was all over I decided to buy the book to add to my library (my memory isn't what it used to be).
0 of 0 people found the following review helpful.
Excellent source of EMI Filter Design information
By Happy Camper
Let me start by saying I know Richard Lee Ozenbaugh "Oz". He was a consultant on a project I worked on back in 2003-2004. His knowledge of filter design and of real-world components proved to be invaluable in getting my staff up to speed and delivering a product that worked in a short amount of time. This book, now in its third edition contains a wealth of experience and knowledge Oz gained over his career. While there isn't anything hard about designing EMI filters, there are many places where the real world causes problems that you didn't plan on when you designed the schematic. Oz covers these issues: parasitics, capacitor lead lengths, magnetic coupling, core saturation, component arrangement/placement, etc. He also provides some great chapters on choosing component values toward the end of the book that will get you up and going in whatever computer simulation you prefer in no time. Do I like the book? Yes. It's the kind of book that you keep handy for when you need to tackle a tough filter problem and you don't have time to make dumb mistakes in design that cost you valuable project time.
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