Good switching power book

Apr 27, 2016 17 Replies

All you regulars have been reading my posts (whines?) on switching power lately.



I'm coming to realize that I need to buy a book and curl up with it at night, to learn all the s**t that I didn't need to know before.



Anyone have suggestions for good books for self-study and practical results? My head is stuffed full of theory, but I seem to be falling down on understanding the magnetics -- so a book that helps with that would be nice.



TIA.


Tim Wescott Wescott Design Services http://www.wescottdesign.com

I have "Switching Power Supply Design" by Abraham I. Pressman (ISBN

0-07050806-2) I can send to you at no charge. It has been on my shelf for years (pub date 1991). I no longer need it.

If you want it, send your address to FreeBook.jocjo at xoxy dot net.

I have your book. Thanks for all your online contributions.

Cheers.

Nothing for switcher basics, but the Old Unitrode Magnetics seminars from TI are worth a read.

Cheers

I believe a link to a pdf copy of Snelling's "Ferrites for Inductors and Transformers" was posted in this group recently. It's heavy going though.

"Transformers and Inductors for Power Electronics - Theory, Design and Applications" by Hurley & Wolfle is pretty good.

Personally, I think the publications provided by the various ferrite manufacturers are adequate.

Hah, I read about 1/2 of this for an online SMPS course I took (from Erikson..) a year or two ago.

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Looking for something to read the other night, I pulled it off the shelf and started in on the Magnetics section. (Chap 13 onwards.) there is not that much lot about core losses.

hmm I was trying to get amazon to throw up the core loss page... Here's a pic.

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George H.

+1 for the Pressman. One of my faves.

Also quite old but worth reading is Keith Billings. Sanjaya Maniktala has a more recent book too but I just do not get on with it. Unitrode app notes and seminar material was good and is on the web.

For magnetics have a look at Colonel (his name not rank) McLyman, some available on the web or search old SED posts.

piglet

There's an old standard switcher cookbook by Marty Brown.

You can probably find the PDF floating about somewhere.

Can't remember if its a Motorola or TI publication, but both have released books on the subject.

someone else mentioned Unitrode - also a good place to look.

I found the Maniktala A to Z to be a good book to understand the relationship between different parameters and easy to comprehend

Colonel McLyman good for deep understanding of transformers

Cheers

Klaus

+1 for McLyman's Transformer and Inductor Design Handbook Art

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.

Snelling is comprehensive, but a pedagogic disaster. The Siemens/Infineon m agnetic application notes were a great deal more accessible, and pretty muc h responsible for getting me to where I needed to be in that area (which wa sn't actually the cutting edge).

Ralph Morrison's "Grounding and Shielding Techniques" is amazingly clear an well organised, but doesn't go deep enough into magnetics be be all that h elpful.

Bill Sloman, Sydney

Maniktala has some good things to say, but a fair few of them seem to be about Maniktala. ;)

Cheers

Phil Hobbs

Dr Philip C D Hobbs Principal Consultant ElectroOptical Innovations LLC Optics, Electro-optics, Photonics, Analog Electronics 160 North State Road #203 Briarcliff Manor NY 10510 hobbs at electrooptical dot net http://electrooptical.net

Hi, Tim -

I hope you got my email giving you the UPS tracking number. If not, please contact me again. I make lots of mistakes these days.

BTW, I hope ground delivery is okay.

Cheers, John

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Don Kuenz KB7RPU

Actually, the Siemens (now EPCOS for ferrites- I got that wrong) application notes are what you really want. The data book is good, as a data book, but the applications notes were remarkably good.

Bill Sloman, Sydney

The application notes are on pages 142-169 of the EPCOS "data" book.

Don Kuenz KB7RPU

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book-130501.pdf

The "application notes" such as they are, don't include the transformer equ ation

V1 = L1. dI1/dt + M. DI2/dt

V2 = M. dI1/dt + L2. dI2/dt

where L1 and L2 are the inductances of the first and second coils on the tr ansformer and M is the mutual inductance which has to be less than the squa re root of L1.L2 (and frequently more than 99% of that value).

The original Siemens application notes did - back around 1979 when I first read them. The application notes in your version of the data book have been pruned back to Snelling-like snippets - great if you know precisely what y ou are doing, but unhelpful if you don't.

Bill Sloman, Sydney

A very interesting book with lots of sample and working SPICE design examples is the one by Basso, from I think STMicroelectronics. Very useful hands-on learning experience.

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