The book scans through many topics related to Bomedical Instrumentation. It gives you just a general idea of what this is about, but if you want to get serious details about anything mentioned, you will need a second source for everything, as nothing is explained or treated in enough detail. Wikipedia is more informative than this book for many of the topics.
For example, the chapter about operational amplifiers is just a useless list of what the amps can do, but nothing really useful and complete on how to use them. The chapter about biopotentials is a bit better, though incomplete. The description of electrodes is incomplete. You just get a huge list of articles you should read to really learn something out of your time and effort.
For the amount of topics it pretends to cover and the thin detail offererd, this book seems like a big table of contents to me, not a reference at all. I don't know of a better book on Biomed Instrumentation, though. I should write one =)

This book is not the best as a textbook. Might be useful as a refresher or reference, but that's not what I had to use it for. It is wordy and is sometimes too detailed and sometimes not enough. It has no consistency, thanks to numerous authors. Also, the material is often outdated. Time to look for a different book.

Seeing it from clinical engineer eyes is different than seeing it from a biomedical engineer eyes; however, it is not as thoroughly covers topics as it seems from the author's repetition in the field.

From the clinical engineer point of view it is such an encyclopedia that will keep his job. It covers a lot of subjects and also presents a lot of information like what materials/alloys are used to build that specific electrode/sensor. Well, it doesn't justify the choice of those materials in that sensor except in some general models which might be somehow confusing! Also, as a clinical engineer, you will find a nice chapter on electrical safety which might be relevant to your career.
In the end, reading this book, I guess, is the way to success as a clinical engineer.

From a biomedical engineer point of view it lacks of any kind of details. One rather see one chapter of this book in a 1000 pages volume presented thoroughly.

From a student point of view, it depends on your professor and the course as well. As a student I see it lacks of examples. You wouldn't find it as you might think. This is not your way to make it high, your GPA! not head,of course :) !

I guess, it is made particularly for clinical engineers.

Seeing it from clinical engineer eyes is different than seeing it from a biomedical engineer eyes; however, it is not as thoroughly covers topics as it seems from the author's repetition in the field.

From the clinical engineer point of view it is such an encyclopedia that will keep his job. It covers a lot of subjects and also presents a lot of information like what materials/alloys are used to build that specific electrode/sensor. Well, it doesn't justify the choice of those materials in that sensor except in some general models which might be somehow confusing! Also, as a clinical engineer, you will find a nice chapter on electrical safety which might be relevant to your career.
In the end, reading this book, I guess, is the way to success as a clinical engineer.

From a biomedical engineer point of view it lacks of any kind of details. One rather see one chapter of this book in a 1000 pages volume presented thoroughly.

From a student point of view, it depends on your professor and the course as well. As a student I see it lacks of examples. You wouldn't find it as you might think. This is not your way to make it high, your GPA! not head,of course :) !

I guess, it is made particularly for clinical engineers.

As a coursebook, I found 'Medical Instrumentation' to be a sound survey of electrical medical diagnostic instrumentation. The book does review electrical therapeutic medical instrumentation; however, it's coverage is not as thorough.

This is an excellent resource for engineers planning to specialize in medical device design.

A good understanding of physiology is necessary to fully utilize the Medical Instrumentation text. If you have little medical background, I recommend Review of Medical Physiology (by William Ganong) as a companion.

As a coursebook, I found 'Medical Instrumentation' to be a sound survey of electrical medical diagnostic instrumentation. The book does review electrical therapeutic medical instrumentation; however, it's coverage is not as thorough.

This is an excellent resource for engineers planning to specialize in medical device design.

A good understanding of physiology is necessary to fully utilize the Medical Instrumentation text. If you have little medical background, I recommend Review of Medical Physiology (by William Ganong) as a companion.

Explains dynamic characteristics of circuits very well. It has a ton of information - which can be too much. If you are just starting out in a course on instrumentation, I would recommend, "Principles of Bioinstrumentation" by Normann. His book is much simpler. Ideally, you should get both,..., it depends what level you are at (as a 4th year bioengineering student, I preferred the simple version...)

This book is very good about medical devices and application