Analog IC Design with Low-Dropout Regulators (LDOs) (Electronic Engineering) Review

Average Reviews:

(More customer reviews)I have been working as an IC designer specializing in power electronics for well over a decade. Over the course of my career I have been exposed to many text books. There are very few I would consider adding to my collection. As a point of reference I consider "Gray & Meyer" to be the gold standard of text books covering analog IC design.
I only ever feel compelled to write a review if the object of the review is either exceedingly excellent or exceedingly poor. In the case of this text I believe it is exceedingly excellent. It is an advanced text and therefore I would not recommend it to an undergraduate engineering student.
I have found the text to be both lucid and entertaining. The information is presented in a logical order and is germane to IC design in general. As implied by the title, this text book does not cover a wide array of topics like Gray & Meyer does, but the topics it does cover it covers very well.
The chapters are titled as follows:
1: System Considerations
2: Microelectronic Devices
3: Analog Building Blocks
4: Negative Feedback
5: AC Design
6: IC Design
7: System Design
8: IC Protection and Characterization


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Master Analog Integrated-Circuit Design

Design, analyze, and build linear low-dropout (LDO) regulator ICs in bipolar, CMOS, and biCMOS semiconductor process technologies. This authoritative guide offers a unique emphasis on embedded LDO design. Through intuitive explanations and detailed illustrations, the book shows how you can put these theories to work creating analog ICs for the latest portable, battery-powered devices.

Analog IC Design with Low-Dropout Regulators details the entire product development cycle-from defining objectives and selecting components to blueprinting, assembling, and fine-tuning performance. Work with semiconductors, employ negative feedback, handle fluctuating loads, and embed regulators in ICs. You will also learn how to build prototypes, perform tests, and integrate system-on-chip (SoC) functionality. Discover how to:

Design, test, and assemble BJT-, MOSFET-, and JFET-based linear regulators
Use current mirrors, buffers, amplifiers, and differential pairs

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