Operational Amplifiers with Linear Integrated Circuits

Description

• NEW – Chapter-end Electronics Workbench®/Multisim software example problems.

  • Enables students to acquire proficiency in its user-friendly operation very quickly. Ex.___

• NEW – Updated information regarding new devices.

  • Reflects advancements in the industry and makes students aware of what is available in the market. Ex.___

• NEW – Revised chapter-end problems—Divided into three categories: drill, derivation, and design.

  • Helps students fully understand and practice the various problems they will encounter in the workplace. Ex.___

• NEW – Added laboratory exercises—Total 52 in Chs. 2-8.

  • Supplies students with sufficient work for the core of a supporting laboratory. Ex.___

• An emphasis on the essentials of operational amplifiers throughout.

  • Presents students with an in-depth treatment of core topics, rather than superficial coverage of every topic—enabling them to understand and apply virtually all analysis and design results in the text with dc/ac circuit analysis background only. Ex.___

• Over 100 detailed sample problems.

  • Gives students the kind of feedback that really builds understanding. Ex.___

• An entire chapter devoted to ECA (Electronic Circuit Analysis).

  • Introduces students to this completely interactive simulation software through an overview of essential features, and numerous examples of its use. Ex.___

Designed for both introductory and upper level courses covering Operational Amplifiers and Linear Integrated Circuits, Stanley’s text focuses on developing the student’s ability to analyze and design various circuit fluctuations. The focus is on applications, not rote memorization.

The main features of the book include:

• Complete updating of the newer devices used in industry and available in the market.
• Inclusion of Electronics Workbench/MultiSim software example problems at the end of each chapter.
• End-of-chapter problems are divided into three categories—drill, derivation, and design—to help students fully understand and practice the various problems they will encounter in the workplace.
• Most chapters include additional laboratory exercises to provide sufficient work for the core of a supporting library.

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.

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.

• Chapter-end Electronics Workbench®/Multisim software example problems.

  • Enables students to acquire proficiency in its user-friendly operation very quickly. Ex.___

• Updated information regarding new devices.

  • Reflects advancements in the industry and makes students aware of what is available in the market. Ex.___

• Revised chapter-end problems—Divided into three categories: drill, derivation, and design.

  • Helps students fully understand and practice the various problems they will encounter in the workplace. Ex.___

• Added laboratory exercises—Total 52 in Chs. 2-8.

  • Supplies students with sufficient work for the core of a supporting laboratory. Ex.___

 1. General Amplifier Concepts.

 2. Ideal Operational Amplifier Analysis and Design.

 3. Operational Amplifier dc Effects and Limitations.

 4. Operational Amplifier ac Effects and Limitations.

 5. Linear Operational Amplifier Circuits.

 6. Comparators.

 7. Oscillators and Waveform Generators.

 8. Active Filters.

 9. Rectifier, Diode, and Power Circuits.

10. Analog-to-Digital and Digital-to-Analog Conversion.

11. Miscellaneous Circuits.

General References.

Glossary.

Answers to Selected Odd-Numbered Problems.

Index.