Accurate measurement is the backbone of electrical and electronics engineering, and that’s exactly where Electrical and Electronic Measurements and Instrumentation proves its value. Widely prescribed in engineering colleges and referenced by professionals, this book is considered a foundational guide for understanding how electrical quantities are measured, analyzed, and interpreted in real-world systems.
Whether you’re an undergraduate student preparing for exams, a diploma holder strengthening your basics, or a practicing engineer revisiting core concepts, this book addresses a critical gap between theory and practical instrumentation. Its structured approach, clear explanations, and problem-oriented style make complex topics far more approachable.
Keep reading for a detailed summary, key takeaways, pros and cons, and direct buying details if you’re planning to add this essential engineering book to your shelf.
Table of Contents
About the Book
Electrical and Electronic Measurements and Instrumentation falls under the engineering textbook / technical education genre. The book focuses on the principles, methods, and instruments used to measure electrical, electronic, and related physical quantities.
Key themes include measurement theory, analog and digital instruments, error analysis, transducers, signal conditioning, and modern electronic measuring systems. The content is structured progressively, starting from fundamentals and moving toward advanced instrumentation concepts.
This book is primarily targeted at:
- Electrical & Electronics Engineering students
- Instrumentation and Control Engineering students
- Polytechnic and diploma students
- Competitive exam aspirants (GATE, IES basics)
It is commonly published by reputed academic publishers and aligns well with AICTE and university syllabi, making it exam-oriented yet practically relevant.
About the Author
The book is authored by a well-known academician in the field of electrical and electronics engineering, with decades of teaching and research experience. The author has contributed significantly to engineering education through textbooks that simplify complex technical subjects for students.
Apart from this title, the author is also known for writing other standard engineering textbooks used across Indian and international universities. Their credibility lies in blending theoretical rigor with practical insights, which reflects clearly in this book’s structured explanations and solved examples.
Summary / Key Takeaways
Here are the core concepts and learning outcomes covered in the book:
- Fundamentals of measurement systems, standards, accuracy, precision, and errors
- Working principles of analog instruments such as PMMC, MI, and electrodynamometer instruments
- Detailed explanation of electronic measuring instruments and digital meters
- Concepts of transducers, sensors, and signal conditioning techniques
- Measurement of non-electrical quantities like temperature, pressure, strain, and displacement
- Introduction to data acquisition systems and modern instrumentation methods
The content is designed to strengthen both conceptual clarity and problem-solving ability without overwhelming the reader.
What Readers Liked
Students and educators consistently highlight several strengths of this book:
- Clear and systematic explanations of fundamental concepts
- Strong focus on exam-oriented content with definitions and derivations
- Helpful diagrams and illustrations that aid understanding
- Balanced coverage of both electrical and electronic instrumentation
- Suitable for self-study, even for beginners
Many readers appreciate how the book builds confidence in a subject often considered mathematically and conceptually tough.
What Could Be Better
While highly regarded, a few readers note minor limitations:
- Some editions could benefit from updated examples using modern digital instruments
- Numerical problems may feel limited in certain chapters
- Advanced learners may want deeper coverage of industrial automation tools
That said, these are relatively small concerns given the book’s primary academic focus.
Why You Should Read It
If you’re serious about mastering the fundamentals of measurements and instrumentation, this book is a smart investment. It bridges the gap between theory and practical application, making it ideal for exam preparation as well as conceptual learning.
Unlike scattered online resources, this book offers a structured, syllabus-aligned learning path. It also serves as a long-term reference, especially when dealing with labs, projects, or instrumentation-based subjects later in your academic or professional journey.
Buy This Book
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About the Author
