1: The Op Amp's Place in the World -- 2: Review of Circuit Theory -- 3: Development of the Ideal Op Amp Equations -- 4: Single Supply Op Amp Design Techniques -- 5: Feedback and Stability Theory -- 6: Development of the Non-Ideal Op Amp Equations -- 7: Voltage Feedback Op Amp Compensation -- 8: Current Feedback Op Amp Analysis -- 9: Voltage and Current Feedback Op Amp Comparison -- 10: Op Amp Noise Theory and Applications -- 11: Understanding Op Amp Parameters -- 12: Instrumentation I: Sensors to A/D Conversion -- 13: Instrumentation II -- 14: Instrumentation III -- 15: Circuit Board Layout Techniques -- 16: Wireless Communication: Signal Processing for IF Sampling -- 17: Interfacing D/A Converters to Loads -- 18: Sine Wave Oscillators -- 19: Active Filter Design Techniques I -- 20: Active Filter Design Techniques II -- 21: Active Filter Design Techniques III -- 22: Active Filter Design Techniques IV -- 23: Active Filter Design Techniques V -- 24: Active Filter Design Techniques VI -- 25: Designing for Low Voltage Op Amp Circuits.
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SUMMARY OR ABSTRACT
Text of Note
The op amp IC has become the universal analog IC because it can perform all analog tasks. OP AMPS FOR EVERYONE provides the theoretical tools and practical know-how to get the most from these versatile devices. This new edition substantially updates coverage for low-speed and high-speed applications, and provides step by step walkthroughs for design and selection of op amps and circuits. Modular organization allows readers, based on their own background and level of experience, to start at any chapter.