The goal of this book is to encourage the reader to become proficient in the analysis and design of circuits utilizing modern linear integrated circuits. It progresses from the fundamental circuit building blocks through to analog and digital conversion systems. A methodical step-by-step presentation introduces the basic idealized operational amplifiers and eventually examines practical limitations in great detail. Each chapter has a problem set and contains extended topic to present extra discussion and details about the subject.
For courses in Electric Circuits I & II, Introduction to Electric Circuits and DC/AC Circuits at 2-year colleges, technical schools and 4-year institutions. Designed to support Electronic Workbench, v. 5. This lab simulation/hardware application manual allows op-amps and devices students to rapidly and accurately apply the theories developed within their Integrated Circuit Application text and course. Students can experiment with new circuit ideas and troubleshoot existing circuitry using simulated instruments like those on the actual workbench.
Differential AmplifiersAnalysis of differential amplifier, common mode and differential mode gains, transfer characteristics, CMRR, I/P and O/P impedances, high performance amplifiers using current source bias and current mirror connection.Drift ProblemThermal drift, input error signals and their compensation in differential amplifier.Operational AmplifierIdeal op-amp characteristics, cascading of differential amplifier. I/P, O/P stages and level translators, multistage op-amps, frequency response and stability. Frequency and phase compensation techniques. Some commercial op-amp parameters, features (IC 741, MC 1530).Op-amp ApplicationsInverting and non-inverting, differential and bridge amplifiers, summer, integrator, differentiator. V to I and I to V converters, op-amp feedback limiters using diodes, zener diodes, log and antilog amplifiers, analog multipliers, dividers, sample and hold circuits. Peak detectors, precision rectifiers, instrumentation amplifier, monostable and astable multivibrators, comparators-Schmitt trigger using op-amp.Active FiltersFirst and second order Butterworth filters, design and its response (LP, HP, BP, BE, Narrow band, all pass filters).TimersBasic timer circuit 555 timer used as astable and monostable multivibrator.Data Converters and Data Acquisition SystemD/A converters, basic D/A converter, weighted binary type, ladder R-2R D/A converters, performance parameters and source of errors.A/D ConvertersBasic V/F converter, V/T converter, single slope and dual slope converter. A/D converter using D/A converter, counter ramp, continuous counter ramp, successive approximation, flash converter.Communication AmplificationsCascade amplifiers MC1550 for video, RF and amplitude modulation, AGC application, PLL, brief study of PLL system, applications of PLL for AM, FM detection, FSK decoder, frequency synthesis using commercial PLL (IC 565).Voltage RegulatorsAnalysis and design of series and shunt regulators using DC amplifiers, some commercial voltage regulators (MC 78XX series, IC 723), high current negative voltage with foldback limiting concepts, switching regulators - basic concepts and applications.
Special Features: " Explanation of theories involved in each case in a simple and clear manner." Explanations based on fundamental circuit theory." Theory followed by analysis." Step-by-step practical designs are given wherever needed." Practical solutions to problems." Numerical problems and solutions in all cases. " Excellent study text for beginners and experienced engineers." Three-dimensional illustrations." A major feature of the text is the step-by-step design procedure of opamp circuits which renders a great help in practical design problems." Excellent pedagogy and student-friendly format having:ü 260+ illustrationsü 160+ multiple-choice questionsü 400+ summary and review questionsü 150+ solved and unsolved problems About The Book: The new precise text from Wiley India deals with the theory, analysis, practical design, and applications of Bipolar and CMOS linear integrated circuits. It is written to cater the needs of sophomore and junior students of undergraduate programs in engineering, specifically in the areas of Electronics and Communication, Applied Electronics, Instrumentation, Biomedical, Electrical, Computer Science and Engineering, and Information Technology. It can also be used for students of undergraduate and graduate programs in the Applied-Sciences Category, especially, Electronics, Computer Science, Information Technology, and Physics. Two appendices (A and B) cover: A (Linear ICs) provides the classification of integration levels, types of linear-IC packages, basic temperature grades in which ICs are manufactured, designation of operational amplifiers, representation of IC manufacturing companies, identification of devices and manufacturing company and B (Some special circuits)- cover generalized impedance converter, negative-impedance converter (NIC), precision full wave rectifier, absolute-value output circuit, analog multiplier, applications of phase-locked loop (PLL).
The linear IC market is large and growing, as is the demand for well trained technicians and engineers who understand how these devices work and how to apply them. Linear Integrated Circuits provides in-depth coverage of the devices and their operation, but not at the expense of practical applications in which linear devices figure prominently. This book is written for a wide readership from FE and first degree students, to hobbyists and professionals. Chapter 1 offers a general introduction that will provide students with the foundations of linear IC technology. From chapter 2 onwards there is thorough coverage of the operational amplifier - perhaps the most common of all linear IC devices. The book continues to develop the theme of op-amps over several chapters and then switches to non-op-amp forms. Finally, because microwave linear IC devices (MMIC chips) are becoming increasingly important, a chapter is devoted to high-frequency devices (VHF and up). All of this is clearly presented with useful examples. Joseph J. Carr is a prolific writer and working scientist in the field of radar engineering and avionics architecture. He has written over 25 books and regularly contributes to electronics magazines. Practical primer in linear IC technology Subject often overlooked in traditional (digital-biased) courses Provides students with complete coverage of op amps, and other devices
This book takes full advantage of the latest advances in analog integrated circuits, computer-aided design, electronic publishing, and the World Wide Web's implications for publication support and distribution.Coverage opens with an introduction to the operational amplifier integrated circuit, then presents chapters on amplifiers and feedback; digital control of analog functions; power supplies and ic regulators; operational amplifier characteristics; layout and fabrication of analog circuits; single supply amplifiers; waveform generators; active filters; and nonlinear circuits.For practicing analog integrated circuit designers and anyone interested in applications and design with analog integrated circuits.
A guide to the design and application of op-amp and other linear integrated circuits (ICs). Emphasizing fundamental design concepts, it covers the widely used op-amp IC 741 and other linear ICs such as 555 (timer), 565 (phase locked loop), regulated power supply IC chips, switched mode power supply, active filters, D/A and A/D converters. Also discusses IC fabrication technology. Each chapter contains examples and end-of-chapter laboratory experiments demonstrate the use and operation of the ICs described, IC number, pin configuration, and more. Data sheets for important ICs are also included.
"In this fifth edition, we not only have kept the standard 741 op amp but also have shown many circuits with newer, readily available op amps because these have largely overcome the dc and ac limitations of the older types. We preserved or objective of simplifying the process of learning about applications involving signal conditioning, signal generation, filters, instrumentation, and control circuits. But we have oriented this fifth edition to reflect the evolution of analog circuits into those applications whose purpose is to condition signals from transducers or other sources into form suitable for presentation to a microcontroller or computer. In addition, we have added examples of circuit simulation using PSpice throughout this edition."--Introduction.
For introductory and upper-level courses in Operational Amplifiers and Linear Integrated Circuits. Focusing on applications, this text develops students' ability to analyze, model, and predict the performance of operational amplifiers and related linear circuits, as well as design the various circuit functions to perform specified operations. It studies a few widely used and time-tested devices in detail, and builds upon basic principles to establish a foundation for understanding and adapting to new technology and developments.
