Here is the newest and most comprehensive treatment of linear active circuit design and analysis available. Linear Active Circuits offers a complete discussion of active devices as well as the derivation and analysis of formulas for these devices. Linear Active Circuits provides demonstrative examples of how the formulas were developed - both exact and approximation formulas - as well as real-lifeù examples of the circumstances when each should be used.
Field Effect and Bipolar Transistors. Heat Flow Analysis in Electronic Components. Field Effect Transistor Amplifiers Stage DC Bias Design and Analysis by Graphical Techniques. Bipolar Transistor Amplifier Stage DC Bias - Design and Analysis by Algebraic Techniques. Bipolar Transistor Amplifier Stage DC Bias Circuitry Stability Analysis. Field Effect Transistor Amplifier Stage DC and AC Graphical Design and Analysis. Bipolar Transistor Amplifier Stage DC and AC Graphical Design and Analysis. Field Effect Transistor Amplifier Stage Small Signal Analysis. Bipolar Transistor Amplifier Stage Small Signal Analysis. Single Stage Amplifier Frequency Considerations. Multistage Amplifier Frequency Considerations. Operational Amplifiers. Oscillators. Tuned Amplifiers.