Analog Integrated Circuits Applications

Analog Integrated Circuits Applications

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For courses in Operational Amplifiers. This text is fully updated and revised to incorporate the latest more

Product details

  • Paperback | 592 pages
  • 195.58 x 231.14 x 30.48mm | 1,065.94g
  • Pearson Education (US)
  • Pearson
  • Upper Saddle River, NJ, United States
  • English
  • 0130809098
  • 9780130809094

Table of contents

Preface. 1. Introduction to the Operational Amplifier Integrated Circuit. Objectives. Analog Integrated Circuit. The Ideal Operational Amplifier. Basic Specifications and Requirements. General Breadbaording Hints. Summary. References. Problems.2. Amplifiers and Feedback. Objectives. Open Loop Operation. Effects of Negative Feedback. Voltage Follower. Noninverting Amplifier. Inverting Amplifier. Inverting Summer. Difference Amplifier. A General Approach. Summary. Problems. Comparator Analysis Lab Exercise. Noninverting Amplifier Lab Exercise.3. Digital Control of Analog Functions. Objectives. Analog Switch. Digital Potentiometer. Digital to Analog Converters. Summary. Problems. Digital to Analog Convert Lab Exercise.4. Power Supplies and Integrated Circuit Regulators. Objectives. Full Wave Rectified, Capacitive Filtered Power Supplies. Simple Op amp Regulator. Three Terminal Regulators. Switched Capacitor Voltage Conversion. Switching Power Supplies. Summary. Problems. Dual Track Regulator Lab Exercise. Switched Capacitor Voltage Converter Lab Experiment.5. Operational Amplifier Characteristics. Objectives. DC Characteristics. AC Characteristics. Types of Op Amps. Composite Amplifiers. Summary. Problems. Op Amp DC Characteristic Measurement Lab Exercise. Op Amp Speed Lab Exercise. References.6. Layout of Analog Circuits. Objectives. Partition the Circuit. Mechanical Details. Component Placement. Traces. Other Common Mistakes. Summary. Problems.7. Single Supply Amplifiers. Objectives. Operating the Op Amp from a Single Supply. AC Inverting Amplifier. AC Noninverting Amplifier. Single Supply Splitter. Summary. Problems. Single Supply Op Amp Lab Exercise.8. Waveform Generators. Objectives. Square Wave Generators. Ramp Generators. Function Generator. Digitally Controlled Frequency Synthesizers. Summary. Problems. XR-2206 Function Generator Lab Experiment. Phase Locked Loop Frequency Synthesizer Lab Exercise. References.9. Active Filters. Objectives. Introduction to Filtering. Low Pass Filter. High Pass Active Filter. Band Pass Filter. State Variable Filter. Notch Filter. Voltage Controlled Filter. Switched Capacitor Filters. Summary. Problems. Sallen-Key Low Pass Active Filter Lab Exercise. State Variable Active Filter Lab Exercise.10. Nonlinear Circuits. Objectives. True RMS Converters. Logarithmic and Antilogarithmic Amplifiers. Multipliers. Summary. Problems. Ideal Rectifier Lab Exercise. Operational Transconductance Amplifier Lab more

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