Read Chapters 1-3 (IC Fabrication and Classification). Understand the difference between Thin film, Thick film, and Monolithic ICs. Week 3-5: Master Chapters 7 & 8 (Op-Amp basics and applications). Solve every numerical regarding summing amplifiers and difference amplifiers. Week 6: Dive into Chapter 11 (Comparators). Learn to draw the transfer characteristics of a Schmitt Trigger from memory. Week 7: Cover the 555 Timer (Chapter 15) and Active Filters (Chapter 13). Build a simple astable multivibrator in simulation software (like Multisim or LTspice) to verify the book's equations. Final Week: Solve the unsolved numerical problems at the end of each chapter. These are known to be "top" practice for university exams, as many questions are directly lifted from this book.
: The text is designed for self-study, featuring numerous solved examples, laboratory experiments at the end of each chapter, and updated problem sets reflecting modern design practices. Read Chapters 1-3 (IC Fabrication and Classification)
Theoretical derivations and design procedures for Butterworth and Chebyshev filters, alongside various waveform generators (sine, square, and triangular). Week 7: Cover the 555 Timer (Chapter 15)
The 78xx series, 723 regulator, and switching regulators are discussed. While not as deep as a power electronics book, it provides sufficient linear analysis for pass-transistor characteristics and thermal runaway protection. 565 Phase-Locked Loop (PLL)
Download the official errata (available online) to avoid frustration from typos.
: Dedicated sections cover widely used ICs such as the 555 Timer , 565 Phase-Locked Loop (PLL) , and Linear Voltage Regulators (78/79 XX and 723 series).