Analog Circuit Design

Introduction

Analog Circuit Design, edited by Johan H. Huijsing and Michiel Steyaert, is a comprehensive guidebook for designers of analog circuits. The book consists of six parts, each covering a specific aspect of analog circuit design. The first part of the book provides an overview of the challenges associated with transferring circuit designs from older integrated-circuit processes into newer processes with smaller dimensions. The subsequent parts of the book delve deeper into the specific areas of it, including high-speed, high-resolution mixed-mode, high-voltage, wire-line front-ends, and design techniques for analog and RF circuits in scaled CMOS technologies.

Part 1: Design for Scalability

The first part of the book focuses on the challenges associated with transferring circuit designs from older integrated-circuit processes into newer processes with smaller dimensions. The four papers in this section cover various areas of it. Including high-speed, high-resolution mixed-mode, high-voltage, and wire-line front-ends. The papers provide an overview of the basic issues of scalable high-it, evaluate scalable high-resolution mixed-mode circuit design. Discuss solutions for scalable high-voltage integrated circuit design for XDSL, and describe scalability issues of wire-line front-ends. The papers provide useful insights for designers in redesigning or transferring existing circuit designs to future processes with smaller dimensions.

Part 2: Reusable IP Analog Circuit Design

The fifth paper in the book by Jörg Hauptmann discusses aspects of reusable IP analog circuit design. The paper provides an overview of the key challenges and opportunities associated with reusable IP design. It also covers topics such as design reuse methodologies, IP characterization and validation, and IP packaging and delivery. The paper is a useful guide for designers looking to implement reusable IP analog circuit design in their projects.

Part 3: Design Techniques for Analog and RF Circuits in Scaled CMOS Technologies

The sixth paper in the book by Jan Craninckx presents a comprehensive overview of design techniques for analog and RF circuits in scaled CMOS technologies. The paper covers topics such as process scaling, device modeling, circuit design. And layout techniques for analog and RF circuits in scaled CMOS technologies. The paper provides valuable insights for designers looking to design high-performance analog and RF circuits in scaled CMOS technologies.

Part 4: High-Speed Analog Circuit Design

The second part of the book focuses on high-speed analog circuit design. The papers in this section cover various aspects of high-speed analog circuit design. Including phase-locked loops, frequency synthesizers, high-speed ADCs, and clock and data recovery circuits. The papers provide valuable insights for designers looking to design high-speed analog circuits.

Part 5: High-Resolution Mixed-Mode Circuit Design

The third part of the book focuses on high-resolution mixed-mode circuit design. The papers in this section cover various aspects of high-resolution mixed-mode circuit design, including data converters, filters, and amplifiers. The papers provide valuable insights for designers looking to design high-resolution mixed-mode circuits.

Part 6: High-Voltage Integrated Circuit Design

The fourth part of the book focuses on high-voltage integrated circuit design. The papers in this section cover various aspects of high-voltage integrated circuit design. Including DC-DC converters, LDMOS power amplifiers, and high-voltage drivers. The papers provide valuable insights for designers looking to design high-voltage integrated circuits.

Strengths

One of the strengths of the book is the diversity of topics covered. Which makes it useful for both novice and experienced designers. Another strength is the depth of coverage in each section, which provides a comprehensive understanding of the challenges. And opportunities associated with each area of analog circuit design.

Conclusion

In conclusion, this is a must-read for anyone involved in the design of analog circuits. The book provides a wealth of knowledge and practical guidance for designers looking to design high-performance analog circuits in modern integrated-circuit processes.