38 Best Books on Electrical Measurement

“Electrical and Electronics Measurements and Instrumentation” Book Review: The purpose of this book is to provide comprehensive coverage of the syllabus for one semester, catering to students of electrical engineering and related disciplines. It incorporates the latest industry advancements, which are contributing to the growth of this field, primarily due to its association with the power system. The book includes examples and illustrations to aid in student comprehension, and it is an effective resource for both theory courses and competitive exams preparation.

“A Course in Electronics and Electrical Measurements and Instrumentation” Book Review: The contents of this book encompass the fundamental principles of electronics, electrical measurements, and instrumentation. It provides an explanation of the different measurement systems and their corresponding instrument characteristics, while also detailing the errors that may occur in measurement systems and the standards of measurement required for accuracy. The book covers a wide range of devices, including electrical circuit components such as resistors, inductors, and capacitors. Additionally, it explores the function of signal analyzers, amplifiers, and signal conditioning electrical wave filters, which are used to analyze logic gates, Boolean algebra, logic families, and digital measurement.

“Electronic Measurements and Instrumentation: JNTU” Book Review: The objective of this book is to provide coverage of the syllabus for 3rd-year, 1st-semester ECE students at JNTU-Hyderabad, specifically those in the Electronic Measurements and Instrumentation branch. The book is comprised of eight chapters, which comprehensively address both the practical and theoretical aspects of the subject matter. Additionally, it contains a variety of solved examples and illustrations that effectively communicate the key concepts to students.

“Electronic Measurements and Instrumentation” Book Review: This is a comprehensive guide to the principles and techniques of electronic instrumentation. The book covers various topics including signal generation and analysis, measurement error, electronic amplifiers, oscilloscopes, digital voltmeters, and digital signal processing. The book also discusses measurement techniques for frequency, time, resistance, inductance, and capacitance. Additionally, it provides information on measurement applications in communication, control systems, and biomedical instrumentation. The book is an essential resource for students and professionals in electronic and instrumentation engineering.

“Electrical Measurements and Measuring Instruments” Book Review: The content of this book encompasses various topics such as electrostatic and electromagnetic theory, inductance, resistance, capacitance, high-voltage measurements, and testing. Additionally, the chapters offer insight into magnetic measurement, cable fault localization, electrical methods for measuring temperature, and more. This book is specifically designed for electrical engineering and IEEE students, and it features a plethora of solved examples and illustrations that facilitate a better understanding of the subject matter.

“Mechatronics: Electronic Control Systems in Mechanical and Electrical Engineering” Book Review: The primary focus of this book is to provide a comprehensive introduction to the field of Mechatronics, with a practical approach to its application. It also emphasizes the key skills necessary for designing Mechatronic systems. The book utilizes numerous case studies and models to solidify the understanding of concepts. Moreover, it includes review questions and exercises at the end of each chapter to assist students in furthering their comprehension.

“Electronic Instrumentation and Measurements” Book Review: This is a comprehensive textbook covering various topics in electronic instrumentation and measurement. It includes chapters on measurement concepts, instrumentation amplifiers, voltage and current measurements, signal generators, frequency and time measurements, oscilloscopes, digital instruments, data acquisition, and more. The book provides detailed explanations of electronic measurement techniques, along with practical applications and worked-out examples. It is suitable for undergraduate and graduate students in electrical and electronic engineering, and for professionals in the field of electronic instrumentation and measurement.

“Electronic Measurements and Instrumentation” Book Review: This is a comprehensive guide for undergraduate students studying electronics and instrumentation engineering. The book covers topics such as measurement of basic electrical quantities, transducers and their applications, data acquisition systems, display devices, and digital signal processing. Other topics covered include electrical and electronic instruments, measurement errors, and measurement systems. The book also includes solved examples, practice questions, and objective type questions to help students test their understanding.

“Modern Electronic Instrumentation and Measurement Techniques” Book Review: This book offers an all-inclusive analysis of electronic instrumentation and measurement techniques, encompassing surveys of basic parameter measurement as well as large data collection methods. The text also features updates that reflect new standards, while providing clarity and modernization. Furthermore, the book introduces general problems associated with measurement, and includes advanced topics like moving coil meters and modern electronics.

“A Course in Electronic Measurements and Instrumentation” Book Review: This textbook is specifically designed for students of electrical and electronic engineering, and is divided into two distinct parts that cover topics related to measurements and instrumentation. Part one explores various aspects of measurements and measurement systems, including errors and statistical analysis, as well as analog instruments and galvanometers. In part two, the book delves into subjects such as signal conditioning, data transmission and telemetry, microprocessors, data acquisition systems, and more.

“Electrical and Electronics Measurements and Instrumentation” Book Review: This book is aimed at undergraduate students of Computer Science, Information Technology, Electronics and Electrical Engineering. It is designed to be student-friendly and is intended as a textbook for B.E/B.Tech courses. It includes short answer questions, GATE and UPSC examination questions with answers and solutions, and is mainly intended for ESE aspirants, engineering students, and professionals. The book contains over 200 new questions with meticulous solutions and covers the concepts of digital electronics. The contents are divided into three parts covering electrical and electronic measurements and measuring instruments, electrical and electronic instrumentation, and topics such as sensors and transducers, signal conditioning, data acquisition systems and conversion, data transmission and telemetry, display devices and recorders, etc. The book includes simple diagrams and a large number of solved examples, as well as theoretical questions and unsolved examples at the end of each chapter.

“Electrical and Electronics Measurements and Instrumentation” Book Review: This book is intended for students of electrical engineering and related disciplines, covering the latest developments in modern electrical and related industries and their links to power systems. It offers both theoretical and analytical perspectives, supplemented with examples and illustrations, as well as sample questions for competitive exams.

“Elements of Electronic Instrumentation and Measurements” Book Review: This book is designed for engineering students taking core science and technology courses. It covers all the fundamental concepts necessary to study electronics, including gates, units, standards, energy levels, and electron emission. Additionally, the book delves into important laws such as Gauss’s law, Ohm’s law, Kirchhoff’s circuit law, Faraday’s law, Coulomb’s law of electrostatics, and Lenz’s law.

“Measurement Techniques in Industrial Instrumentation” Book Review: The book covers various measurement techniques used in the field of industrial instrumentation. The chapters include an introduction to industrial instrumentation, static and dynamic characteristics of measuring instruments, various types of transducers, measurement of physical quantities such as temperature, pressure, flow, and level, and signal processing techniques. It also discusses calibration procedures, data acquisition systems, and the principles of telemetry. This book is a useful guide for engineering students and professionals working in the field of industrial instrumentation.

Book Review: This is a comprehensive guide to electronic instrumentation and measurement techniques. The book covers topics such as measurement systems and units, measurement errors, analog and digital meters, oscilloscopes, signal generators, frequency and time measurement, and data acquisition systems. The book also includes discussions on transducers and sensors, signal conditioning, and calibration techniques. The practical approach of the book is suitable for students, engineers, and professionals in the field of electronic instrumentation and measurement.

“Projects in Electrical, Electronics, Instrumentation and Computer Engineering” Book Review: This is a textbook intended for undergraduate students of Engineering and is also beneficial for B.E., B.Tech. & M. Tech. students of the Instrumentation branch. The book has been written in a student-friendly manner and provides in-depth knowledge about devices and systems of instrumentation. The latest edition of the book highlights the advancements in the field of instrumentation, including the use of solid-state devices with high accuracy and faster data collection through the availability of the latest electronic chips. The book emphasizes full compatibility for microprocessor interfacing.

“Instrumentation: Devices and Systems” Book Review: This book is written in a student-friendly manner and is aimed at undergraduate students of Electronics & Electrical Engineering. It covers the rapidly advancing field of modern electrical and allied industries, and their connection with power systems. The importance of electrical and electronic measurement is also emphasized. The book offers a blend of theoretical and analytical approaches, with examples and illustrations tailored to the needs of the reader. It is ideal for both practitioners and those preparing for competitive examinations. Additionally, the book caters to the requirements of a compulsory course for students of Electrical Engineering and related fields.

“Electrical Measurement and Control (WBSCTE)” Book Review: The book serves as a comprehensive guide to electric measurement and control, covering the fundamental signal conditioning processes, data transmission techniques, data storage, and display devices. It aims to educate readers on the workings of control devices used in motor and process controls, as well as representing control systems in a simplified block diagram form using transfer functions. Additionally, the book explains stability study criteria for determining the stability conditions of a system, and the use of various types of controllers. This book is an ideal resource for electrical engineering students, practitioners, developers, scientists, and researchers.

“Applied Electronic Instrumentation and Measurement” Book Review: This is a comprehensive book on electronic instrumentation and measurement techniques. The book covers topics such as DC and AC measurements, oscilloscopes, signal generators, digital instruments, transducers, data acquisition systems, and more. It also includes practical applications and case studies to help readers understand the concepts better. The book is aimed at students of electrical engineering, electronics, and instrumentation, as well as professionals in the field.

“Electronics and Instrumentation for Audiologists” Book Review: The book covers a range of applications of electronics and audiology, which are not commonly included in other books. It provides a comprehensive explanation of various instruments used in audiology applications and includes relevant equations, numerical examples, and practice exercises. The book also emphasizes the nuances of electronics and instrumentation, such as electrical and acoustic impedance. Furthermore, it features high-quality illustrations to clarify electronic concepts with precise language. This book is a valuable resource for graduate-level courses that focus on the application of modern electronics in both hearing aids and diagnostic instruments.

“Instrumentation: A Reader” Book Review: This book presents modern practices and applications of instrumentation, covering a range of transduction techniques and measures. It examines the components of instrumentation systems and their implementation in two distinct industries: the food industry and the nuclear power industry. With a focus on practical examples, this book is designed for both students of instrumentation and practicing engineers. Additionally, it can be a valuable resource for scientists seeking to expand their knowledge of instrumentation beyond their own fields of expertise.

“Instrumentation in Applied Nuclear Chemistry” Book Review: This book aims to connect the fields of chemistry and electronics by providing a comprehensive understanding of applied nuclear chemistry and the equipment used in experiments. It presents a theoretical foundation along with practical implementations and instrumentation. Each chapter covers specific types of instruments and devices, their electronic components, limitations, and possible workarounds. This book is suitable for students of both chemistry and electronics, as well as researchers and practitioners looking to expand their knowledge and explore interdisciplinary applications.

“Applied Electricity and Electronics” Book Review: This book provides an introduction to basic electrical principles and their practical applications in electronics. The book includes chapters on electric circuits, electronic components, amplifiers, power supplies, digital electronics, and microcontrollers. The text is written in a clear and concise style, with numerous examples and illustrations to help readers understand complex concepts. This book is a useful resource for students and hobbyists interested in learning about electrical and electronic systems.

“A Handbook for EMC Testing and Measurement (Iet Electrical Measurement Series)” Book Review: The focus of this book is on testing equipment to verify its performance. It provides a comprehensive explanation of EMC standards across the globe, with detailed coverage of testing methods, their conduct, and accuracy. It also covers various topics including electrostatic discharge, nuclear electromagnetic pulse, and lightning. The book is beneficial for equipment manufacturers, EMC test engineers, project managers, and company administrators. It includes testing of both military and commercial electronic equipment and highlights the nature of EMC test equipment and how to use it for reliable measurements.

“Electrical Measurement, Signal Processing, and Displays (Principles and Applications in Engineering)” Book Review: This book is a guide to the practical measurement of electromagnetic variables using instruments and techniques. It covers signal processing equipment and parameters, as well as different types of displays from cathode ray tubes to LED devices. Each chapter is well-organized and includes a revised text from the Measurement, Instrumentation, and Sensors Handbook. The book is concise, well-illustrated, and highly organized, making it a valuable reference for engineers and scientists. It provides principles, formulas, and equations to assist readers in solving instrumentation and measurement questions encountered in practice.