Components Books

This book saved me so much money! It's great, it works and you don't have to be an expert to understand and follow the instructions.

very good reference guide. Each chapter has some bit of information even for an expert.

Excellent book for understanding basic PC hardware. The book is well written and has many useful "hints". I highly recommand this book to anyone who wants a comprehensive book about PC hardware, upgrading and basic repairs.

Great book. Most repair books are just focused on the A+ exam. This one is wonderful for learning or improving your repair skills. It's not an exam cram its a how to book.

I bought this book about a year ago when I was contemplating stretching the life of my 4+ year old PC. The book proved very useful for me to zero in on the biggest bang-for-the-buck upgrades, and which ones were best to avoid because they yield low performance for the dollar.

About a month ago, I decided to build my own PC. This book again proved useful in helping guide me in making decisions on what equipment to choose.

It's rare that I spend over twenty bucks for a book. This book has paid for itself a few times over in helping me save money by not spending unnecessarily, or spending unwisely.

The instructions are written clearly. There are many photographs illustrating the steps being described, sometimes a few different photos of variations of different types of components. There is plenty of "theory of operation" on how various components work and how different standards compare (IDE vs SATA, for example). There are specific brand recommendations. There are specific techology type of recommendations. And there is just the right amount of humor throughout the book.

You may think this sort of book is only for guy geeks. Well, I'm a woman who's just about to pass the mid-century mark, and I found it to be a valuable reference for building, repairing, and upgrading PCs. You can pay the Geek squad lots of money to fix your stuff, or you can pay a bit over $20 and learn how to fix it yourself. That's a great feeling.

This is the book if you are new to RF radio frequency design. I lost my original copy so I had to get a new one. The printing is perfect.

I have owned two copies of this book for as long as I can recall; one for me to keep on-hand, and one that is constantly on loan to colleagues that ask to learn about impedance matching, Smith charts, filter design, transmission lines, small signal amplifier design, etc. Nearly everyone that borrows my copy ends up buying their own shortly thereafter. The text is readable by anyone with a good knowledge of electronics, and the depth of subject is an excellent "just right" balance of practice and theory. Finally, it's very refreshing that this excellent book is available at such a reasonable price - I would venture to say that Bowick's book is likely the best value on my bookshelf in terms of "usefulness per dollar spent"!

Easy to read, understand. Good reference book for basic buliding blocks in RF circuit design. The book only has solved example problems and is not very helpful for practise.

We have used Chris's book for training and refreshing engineers for years. We have literally worn the cover off and I can't begin to tell you how many pages have been dog eared for future reference. The previous comments regarding "outdated" are, in my opinion, misguided since the focus of this book is more on the fundamentals and foundation of RF circuit design which HAS NOT changed since the first edition of the book was written. The information in this book is diverse and condensed very well. We haven't purchased the 2nd edition yet, but likely will in the new year to replace our reference copy.

If Chris's book sounds too technical, you may want to start with Jon Hagen's "Radio Frequency Electronics" or if you are more into the magnetics side of it try Jerry Sevick's "Transmission Line Transformers". Lastly, if you need some general testing guidance, Joseph Carr's book "Practical Radio Frequency Test & Measurement" will likely be of some benefit.

Having worked with the industry leaders in this field, I can honestly say that Chris and his colleagues are among the best in the industry and Chris's experience shows in the content of this very fine work.

I ordered this book to assist in refreshing my memory about RF Circuit Design and associated equations. I found it to be a great source of advice on the "how to's", as well as a wonderful reference source for the basic equations involved, which I haven't used actively in some time. Since my old reference/school books are in storage, I needed a concise, compact and easy to understand presentation of the application of the math to real world design considerations. I highly recommend it for self-tutoring, for general reference, and especially for those "breaking away from theory and into the real world" of design.

This book provides meticulous details about QA for integrated software and component-based software .This particular book teaches how to approach testing and QA in a systematic manner .The book gives an organized and detailed description for the Software Quality assurance for the software components. It teaches all the way from very basic step. Beginning with Black Box testing and following White box, Regression testing, Performance, System level testing .The approach includes various different validation methods that needs to be rigorously applied and a detailed QA approach which teaches all the possible Test Cases. Overall this book provides a complete teaching of the Component Based Software. Being Professor Jerry Gao's student, have completed software quality and testing courses under him. This book has increased my knowledge for component-based software testing as it describes different testing methods, phases, issues, challenges etc. I highly recommend this book for college graduates and professionals who want to brighten their career in QA and testing areas.

This is a very unique book on QA and software testing topics because it discusses some of the testing techniques & concepts extended from research world and also covers the modern software component concepts and the applicability of these techniques on them. The book is divided into IV parts. The first part introduces the reader with software components and it's testability. The model based solution to some of the issues and challanges can be applicable to the SOA based softwares as well.
Part II of the book discusses the fundamental black box and white box techniques. A section is devoted on white box techniques for object oriented testing.
Part III of the book focuses on most important challanges of todays software. The UML based approcah to software integration testing discussed in this book uses an unique approach of content and context based relationship of objects. Regression testing for maintaining software is discussed in detail.
Part IV is entirely devoted to QA topics. They fully cover QA measuremnet and validation topics, standards and certification.
This is a must have book for software developer, Test engineer and QA professionals. The references at the end of each chapter reminds you to go deeper and dig into IEEE and ACM papers on the subject. I have already recommended this book to my fellow software developers and managers.

The book has detailed coverage of all software testing terminologies and methodologies such as black-box, white-box, test automation, integration, and performance testing.Over all, this is a very good book for learning Testing techniques for component based software.This book is extremely well organized and should be useful for both novice and experienced software testers.

I learned many new concepts about Software Testing from this book. I learned how to do the manual testing, automation testing of the component software using this book. White Box Testing, which involves Control Flow Graph is documented well in this book anyone who wants to learn about the White Box Testing can easily learn through it. This book is very user friendly in terms of doing Software Manual Testing.
Automation Testing is described well too. I recommend anyone from Software Engineering planning to go into Software Testing should read this book atleast once.

This book helped me gain good knowledge about Software testing, its objectives and various approaches for real time experience. It helped me understand the basic concepts and fundamentals of Software component testability. Through this book, I got a basic idea about the rules and methodologies that are being implemented and followed in current software testing field, as per industry standards.

Black box and White box testing techniques and their relevant issues, challenges and solutions, the various test models, everything is explained very visibly. It serves as a good guide for the beginners as well as the Software professionals of all levels. Information on testing methods like Regression, Integration, Performance and System testing are detailed in a systematic manner.
The information in this text book, taught us to follow the best ways to achieve a well defined test coverage criteria by deriving a definite plan for the project- a plan for managing the schedules, designing and testing the software based components to meet the requirements in the project within a deadline. We, in a team, worked on a Simulated ATM machine, for a practical experience, and the book helped us as a good start. Each chapter has a good introductory part, which gives a clear synopsis about the complete chapter.
The book explains the role of different testing tools, designing and handling the test cases, how to perform component testing quickly and efficiently through automation testing, without manual involvement. Manual testing is time consuming and hence to solve this issue, Automation testing has been introduced lately and this information has been illustrated by the authors very clearly in the book, with suitable examples for the readers understanding.

I personally found this book very helpful and knowledgeable. A Software component's life cycle through the testing phase has been explained well, alongside giving us information about the methodologies to improve the quality of a product, and how to derive a test case to support the functionality; everything is mentioned in this book. My only suggestion is, this book is a complete pack of information on testing of a Software component and its Quality assurance, and hence, from college students to Software professionals, everybody has to experience this book, if they are seriously looking to pick up their career in Testing.

A very good book that covers most of the power converter architectures. An excellent addition to your personal library.

The book is so clearly written you can open it practically anywhere and read just the items of interest.

Concepts are supported by properly simplified schematics.

All the math needed for your own designs is shown and explained, but in such a way, that if you do not need the math right now, you can skip it.

Half the reason I bought this book was to learn to build switching power supplies, the other half was to learn analog design in general. The book is excellent for both purposes.

I recently graduated from Virginia Tech (undergrad), and I had only two classes that focused on power supply design/analysis. As an extension to what I learned in those classes (basics about buck/boost/flyback design and fabrication), this book is fantastic.

The book assumes you have a basic knowledge of EE principles, but nearly everything is explained in great detail. Topologies are examined one by one, and the author includes ALL of the derivations that lead to his design equations, which leaves very little room for misunderstanding. Each section contains pros/cons to using that particular topology, how to remedy common problems, and even talks a little about component selection (although since this book is years old, there are probably better components out there).

I haven't spent much time looking at the magnetics design section; however, it seems as though it would be useful. The chapter on loop compensation is excellent as well, offering a complete refresher of control theory and the design/analysis/use of Type 2 and 3 controllers. As I said before, the author assumes you're starting with very minimal knowledge of power supplies, so every equation and assumption is clearly justified in writing.

All in all, I would definitely recommend this text to anyone who is interested in power supply design or has to gain a quick understanding of something in the workplace since it not only includes the "quick and easy" design equations but also how to get there if you really care to know.

If you're an avid electronics enthusiast, you've more than likely had to build some power supplies. The days of building simple linear supplies are over. If you need various voltages that are carefully controlled and/or just want to build efficient supplies, you need to build a switchmode power supply. This handbook will take you through the major topologies, explaining them all in detail, along with the necessary math to choose the proper components, and the theory of how it's done - and how to choose the proper topology in the first place. The book is well-written and stuffed full of very useful information. Power Factor Correction is also covered, with examples, chips, and theory to build PFC circuits, along with transformer design and theory as well. This book is a great book to buy with "Switchmode Power Supply Handbook", by Keith Billings. Keith's book presents additional information and transformer design mock-ups, along with additional ways to calculate and pick components. Used together, you have the information you need to build a working switching supply with a minimum of hassle. Of course, this assumes that you're already famaliar with electronics and magnetism, and have a good working knowledge of algebra and basic trig. These books are not meant for beginners by any means. I am one happy customer to have found such a good reference for an art that seems to only be known by a few anymore, and other reference materials do not even begin to go into the depth that this book does.
The only shortcoming is that Pulse Width Modulation power supply chips are not covered much, but this book cannot be expected to keep up with the latest PWM chips used in switchmode supplies. This problem is easily resolved by going to National Semiconductor's website and getting current datasheets on PWM chips for standalone, voltage-controlled or current-mode designs, of which they have many. Motorola also has reference materials available on PWM offerings that they carry.

Although a good primer on the basic switching topologies, with an excellent chapter on inductor and transformer design, I couldn't help but feel that this book is more than a little outdated (which it is, at nine years old). There was no mention of synchronous or polyphase switchers, inductorless converters, charge pumps, high-frequency designs...and the section on MOSFETs left out what I feel was a great deal of information about paralleling and load sharing. Many of Linear Technology's app notes go above and beyond the material presented in this book...and they're free.

This book is an excellent read start to finish. Topics are introduced gradually, the same topics are dug dipper as we proceed. The author makes sure you understand clearly as we proceed.
No confusions created with too many scribblings and notes, going back and forth; like in the "Head First..." I had to drop that one at end of 2 chapters, you can refer to that for some examples if at all.
With this book I never had to refer to anything at all. I definitely recommend this book over the "Head First..."

What I was most impressed in this book was how clearly it's written and yet it goes deeply on those details that can always get you confused on a certification exam.

I am very satisfied.

This is a good book to learn the concepts of EJB but for the exam you need the HFEJB book.
The details of Context objects (which method of Context object you can use in which method call of the Bean class) are more descriptive in HFEJB
If you are planning to sit for the exam this book should be accompanied by HFEJB

This is a very good book on a complex subject. Explanations of the concepts are easy to understand. Exam objectives are covered in detail with example codes and review questions.
Each chapter covers the individual exam objectives as well as summarizing the gist. Logical organization of the chapters helps conceptualize even the toughest topics.

The Quick Prep Appendix for last-minute cramming and free downloadable Whizlabs SCBCD exam simulator are very effective tools for the exam.

I recommend this book as must have SCBCD exam preparation book that can be also used as a reference book on EJB.

I used this book as a primary preparation tool for the Sun Certified Business Component Developer (SCBCD) exam. Being a beginner in EJB, I found this book to be very friendly. I liked the layout of the book in general and the writing style of the author in particular. Only relevant pieces of code are presented to focus explanation of topic in question. A complete running application may be downloaded from the author's website. The multiple choice questions at the end of every chapter and ALERTs in every chapter made remembering main points easier. Deployment descriptor elements are clarified in considerable detail and they are explained well. Please note that there are errors in this book - some of them are fairly obvious such as using a capital letter as opposed to a small letter (Java versus java) while others are not so obvious but noticeable by experienced java developers. Regardless of its minor faults, I consider this book to be a valuable addition to my library. Normally I would have a cut a star for the errors but because of its content quality, I felt compelled to give 5 stars. I just passed the exam today thanks to this book. I know that I will not hesitate to buy another book from this author. Thanks Mr.Sanghera! I recommend this book highly without any reservations whatsoever.

I have just joined the N.E.D. University of Engineering and Technology, Electronics Eng. dept. (2002-2003 batch). I almost finished the book before the classes started.I just wanted to have a knowhow of what I'd be studying in the next 4 years (B.E.), and picked up the book after having a look at this very page.

I must say that this is a wonderful book. It is very easy to understand b/c it has very basic maths involved (which i knew, even when i was in 10th class). It explains quite a hell lot, and i've increased my knowledge very much. I'm sure I'll be a step ahead of my class mates all year long.

I has the best explanation of A.C. circuits, capacitors, inductors, time contants, Diodes, BJTs, FETs ..... which is helping me very much...

It comes highly recommeded, from me, for the complete newbie (although i skipped the first 7-8 chapters.... b/c i had some knowledge from my 12th Physics). MUST BUY

Basic Electronics, 8th Edition, was a big dispointment. I used an earilier edition of Grob in high school. I hardly recognized the book that I received in the mail. Half of each page is given over to pictures that have little or nothing do with the text, and at more than $80 it is over priced. I would recommend "Practical Electronics of Inventors" by Scherz instead.

This is a classic for giving the basics of electronics to anyone interested in entering the field. I would classify it as a college level freshman or sophomore level introduction. It is simply one of the best! I personally purchased a new/old book, 4th edition. While some might think this means the material is dated, they would be wrong. The basics of electronics remain the same. A great supplement to Grob is the Tony R. Kuphaldt free e-book. The basics are what these books teach. If you want something shallow then get a book like "Horn's Basic Electronics Theory!" If you really want to learn something, get Grob.

This text leads into Malvino's "Electronic Principles." In this case, I would suggest you get the most recent edition of Malvino's book, which is what I did. If you go through both of these books, you will be more than ready for practical application knowledge.

Lou

You don't need to go further than this book for a thorough introduction into electronics. The table of contents says it all. It's a must read for anyone needing an understanding of electronics and it serves as a good refrence as well. The presentation is excellent, with the copious use of colour, diagrams and photos. I especially like the little side bars highlighting some of the people whose names are used for units of measurement like Ampere, Marconi, Joule etc. and those whose pioneering work made our current understanding of electronics possible - Millikan etc.

If your're a newbie in the electronics world, this is the book you need to begin with, trust me. One can only go so far without a solid foundation and this is just what this book will help you master! I am a college physics major and I will start my BE in september 2007. The thing is that I allready write electronic articles and I feel very confident about my abilities. Again, a solid foundation is paramount and if you buy this book, you will need to buy Dr. Malvino's Electronic Principles after. This book is more about bridging the gap between electricity and electronics wheras Malvino's book is more about electronics (i.e. talks mainly about semiconductors). But i'm amazed at how these two books complement each other as they weren't written by the same author. With these two books you will have all the confidence in the world about the subject!

I have been teaching French, Spanish and ESL for many years. I have tried every teaching tool I could find. I can honestly say, this book is the best language tool ever! My students take this book with them everywhere they go and they are the ones who started calling this their "bible."

Apr 5, 2008: Has all sorts of practical vocabulary for everyday situations: household vocabulary, garden care vocabulary, medical vocabulary and many other situations. Would be valuable to communicate with Spanish speaking employees who may have limited literacy, because it is a picture book aimed at adult immigrants. Has lots of words for tools, car repair and furniture that you don't get in high school textbooks.

I am an English as a Second Language Instructor. Every time we use the class set of Oxford Picture Dictionaries my students always want to purchase them. I get a lot of requests for these. I see the students using them all of the time. It increases their knowledge of English & their confidence. I highly recommend it for anyone learning English or Spanish!

I have found the Oxford Picture Dictionary to be a great help for teaching vocabulary words in my ESL classroom. The illustrations are very good and easy to understand. I would recommend it highly.

my daughter is learning Arabic and discovered the oxford Arabic picture dictionary, loved it and then requested the Spanish/English dictionary and loves it too!!With tools like these languages are a lot easier to learn-teachers should get discounts so that more young people can enjoy learning the different languages.

Great book for reference and self study if you remember your circuit analysis and laplace transforms. Very detailed with out making ones eyes gloss over. Do wish it had a few more d examples but overall cant complain.

This book can be an excellent resource for any Analog Integrated Circuit Design Electrical Engineering student or practicing engineer. The book can assist in the modeling of IC devices such as transistors, resistors, and capacitors. It also sensibly covers the building blocks of analog integrated circuits: gain stages, output stages, level shifters, current sources and mirrors.

The reader is expected to have a general understanding of electronics, frequency-domain analysis procedures, and understand basic Pspice operations. The book generally covers enough material for a half-year of courses at the upper-division/graduate level although the book could certainly be useful for a single class.

The material generally starts out as basic and proceeds to a complex level. There are helpful figures and diagrams on nearly every page and the organization is generally sensible and intuitive. There are many worked examples and hundreds of end-of-chapter problems. The text is supported by a website that offers downloadable design projects, additional examples, and design software. Franco has done an admiral job at presenting a complicated subject.

Here's a brief description of SOME of the topics found in each chapter:

1) Basic amplifier concepts and arrangements are explored. Also covers negative feedback, the loop gain, and basic circuit analysis.

2) Current-to-Voltage & Voltage-to-Current Converters, Current, Difference, Instrumentation, and Transducer Bridge Amplifiers.

3) Active Filters. Transfer Function, 1st order, KRC, multiple-feedback, state-variable, audio, and biquad filters.

4) Filter Approximations, switched-capacitor, universal sc filters, and cascade design.

5) Low-input bias-current Op amps, low-input-offset-voltage Op Amps, Op Amp Circuit Diagrams, and Input offset Voltage.

6) Open and Closed loop response. Transient Response, Input and Output Impedances, and effect of Finite GBP on Filters and Integrator Circuits.

7) Noise Dynamics and Properties. Sources of Noise and Low-Noise Op Amps.

8) Stability problems. Stability of CFA Circuits and in Constant-GBP Op Amp Circuits. Internal and External Frequency Compensation.

9) Schmitt Triggers, analog switches, voltage comparators, and precision rectifiers.

10) Sine, Triangular, Sawtooth, and Monolithic Wave Generators. Also Multivibrators and V-F and F-V Converters.

11) Voltage References and Regulators. Switching, linear, and monolithic switching regulators.

12) Performance Specifications, D-A and A-D Conversion Techniques. Oversampling Converters and Multiplying DAC Applications.

13) Nonlinear Amplifiers. Phase-Locked Loops, Monolithic PLLs, Analog Multipliers. Log/Antilog and Operational Transconductance Amplifiers.

Mulling through some old reviews, I noticed that I left a technical error (more of a technical glossing-over) in my review of Franco's opus. It's high time I corrected it, since it's been there for more than a year, no doubt befuddling readers who thought they knew something about analog electronics. Specifically, I had said that the designation of the input terminals as '+' and '-' really made no difference: it's more reflective of convention, sciz. (assuming something other than a difference amplifier), the significant input network is attached to '-'--with '+' grounded--if the configuration is inverting, but to '+' (with '-' grounded) if the configuration is non-inverting. That's the truth, but it isn't the whole truth. When we examine border cases--those that tax the operational limits of the device, straying outside the "passband," analogically speaking (yes, I know, that typically refers to a frequency range, but here I use it to address an input voltage difference range)--the otherwise cosmetic or mnemonic choice of '+' or '-' terminal becomes rather more manifest. Remember that the amplifier actually amplifies the input voltage difference in the microscopic sense--even though it implements a semantically notable linear operation in the macroscopic sense--relying upon the feedback network to remanufacture an appropriate input voltage difference that maintains the nominal purpose of the circuit. When things go ape and the input voltage difference is much too high or, alternatively, much too low (and that may be a tough nut to crack), the output characteristic will be dependent upon what was connected to '+' and what, to '-'.

Now, wasn't that as clear as mud? Remember, I'm constrained to use words, and words alone, as my medium of communication, and, since I have only a fraction of a thousand words, I have only a fraction of a picture!

This is an excellent book on linear circuit design, the best I have read to-date. It covers feedback theory, ideal op amps, active filter design & most importantly practical op amp limitations. It also covers voltage regulators, voltage references, ADCs, DACs, op amp noise & more. What I liked most was the combination of mathematical circuit analysis & practical design. Too many books show useful circuits without bothering to explain anything about how they work. It also has plenty of exercises to tax the brain.

Really a top notch book on op-amps and almost anything you'd ever do with them. Has math where it's needed and rules of thumb where it isn't. Actually is just a great analog design book altogether. Really the definative text on the subject of designing with op-amps.

I love this book. It is the best written VB book I have seen. It is so well written. I have read 4 chapters so far, and I am understanding all the information so far. The examples are terrific. I am thrilled with it. If you want to learn about COM and objects......GET IT!

I don't often run across a book that impresses me to the point that I feel motivated enough to write a review. I needed to learn how to use COM in order to use ActiveX components in an IIS ASP application. After purchasing and reading several other books, I ran across this one. It has proven to be the primary source of information for me on developing robust and useful components. Mr. Vogel manages to keep his focus on the details of COM that are challenging to understand and not already covered in the Microsoft documention. I would suggest this book for programmers of any level who need a thorough understanding of creating solid COM components.

If you want to learn to design and create COM objects and code in a generally OOP type of way in VB, this is your book. For those coming from C++ who want to componentize their VB apps in the true spirit of OOP, this book has all you need. Well written, full of useful examples, it belongs on the shelf of every VB component creator.

This book is well-organized, informative, well-written, and (unlike most books I run across) actually usable!

His advice is excellent, his approaches are clean, and he gives it to you in a way in which you can actually put it to use without having to untangle it.

This book takes comprehensive look at Visual Basic Objects and Components including ActiveX EXEs, DLLs, Documents, and MTS/COM+. Every type of object or component is examined in this book and very well explained in a way to make you understand. Peter Vogel's writting style makes reading this book easy.

This book was a major study guide for the Designing and Implementing Desktop Applications using Microsoft Visual Basic 6.0 (exam 70-176) and the Designing and Implementing Distributed Applications using Microsoft Visual Basic 6.0 (exam 70-175). I passed both exams. This was an excellent addendum to the Transcender courses and I use this book several times a week as a reference. There are a lot of Visual Basic 6.0 shops out there and I would highly recommend that this book be part of their reference library.

The author is suppose to be writing a Visual Basic.Net Object and Component Handbook which is due out next year. If that book is as good as this book, I will highly recommend it too. I have about 30 Visual Basic books and this book is one of the best.

I love that I can just skim through this book & find the information that I need. It is really basic - clearly written with great examples. After being away from work for 8 years & being out of school for almost 20, it was a great refresher! Besides, Max proves that even geeks can have a sense of humor!

As a student finishing my B.S. in Computer Science, I very badly needed something to liven up my CPU architecture and discrete math classes, which were horribly boring.

This book not only did a GREAT job of clarifying the finer points of boolean logic, but somehow managed make it interesting. I would recommend this book to anyone trying to understand the nuts-and-bolts behind what makes your computer tick.

Maxfield's book is unique, both in format and in content. And I'm not just talking about the gumbo recipe at the end.

The first section, almost 150 pages, is "logic lite." It starts with transistors, both MOS and bipolar. From there it works its way up to simple latches and such, and scratches the surface of state machines, with side trips to boolean arithmetic and such. The breezy, informal style will work for people put off by more academic treatments, but the logic design content stops way short of what any other basic logic text would present.

The second, longer section covers material sorely missing from all other logic texts I know. It starts with the simpler parts of silicon fab process, then goes through all kinds of printed circuits and hybrid packages giving a fair tour of the basic printed curcuit (PC) processes that were current when the book was written (1995). It even goes into gutsy stuff like the copper patterns in PC processes that have to do with heat flow during soldering. All those real-world facts earned this book an extra star. The "far out technology" chapter at the end is an interesting read, too, with its discussions of nano, optical, and molecular computing.

The book's weaknesses are significant, though. It would work well with any of several companion texts that would cover what this misses. That includes more advanced logic techniques, like alternatives to gate-level implementation and all the fussy bits of state machines. A standard logic text (e.g. Katz) would fill in those blanks. Going in a different direction, it does only a little towards talking about how PC layout interacts with logic design. More about ground planes, guard rings, power decoupling, RF emissions, etc. would fit well with the detail presented here, espcially when you see how much time and effort it already spends on "vias" vs. "holes." The little bit of analog discussion from the front would help here - why inductive effects matter at high frequencies, why distributed capacitance is different from lumped, why you'd have a high-value and low-value capacitor in parallel, and why that ceramic cap near the power input has a saw cut in the edge. A third possible direction would be the way Wirth's book on circuit design for CS students went: into the higher levels of design, letting tools attend to the lower levels. The biggest flaw is in treating FPGAs as exotic, out-there technology - by 1995, they were well into the main stream, and have very nearly killed off discrete logic and ASICs in many areas.

If you just want a light-weight intro to logic design and to the physical circuits that carry it, this is OK. It could have been better in all directions and, at this 2005 writing, you should check it's sell-by date. I gave it the fourth star for addressing PCs and mounting at all, not for addressing them well.

//wiredweird

Considering this book deals with what I consider to be rocket science at best and black magic at worst I think it does a really good job of explaining things. I'm still working through it and it still makes my head hurt but I recommend this for anyone like me who wants to understand this stuff and has zero background to do so.

I grew up watching my neighbor, a mechanic, work on cars and it helped me pick up the basics. When I would try to take apart a transistor radio and figure out how it worked I was left with an assortment of colorful bits and no clues. This book is the remedy for my total ignorance of things electronic. Just how good it is I do not know due to my lack of knowledge in the field. I reccomend it to any interested beginners.