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| Review | |
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| Introduction | |
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| Amplitude and Frequency Modulations | |
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| The Super-Heterodyne Receiver | |
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| Transistor Models | |
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| Bipolar Junction Transistor (BJT) Model | |
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| MOSFET Model | |
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| Distortion Generation and Characterization | |
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| Noise | |
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| Problems | |
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| Large-Signal Performance of the Basic Gain Stages in Analog ICs | |
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| The Emitter-Coupled Pair | |
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| Large-Signal DC Transfer Characteristic of the ECP | |
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| Large-Signal Circuit Analysis of the ECP | |
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| Series Expansions to Obtain Distortion Components | |
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| The Source-Coupled Pair | |
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| A Series Expansion to Obtain Distortion Components for the SCP | |
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| Problems | |
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| Amplifier Power Series and Distortion | |
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| General Power Series Description | |
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| Common-Emitter Stage Example | |
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| The Ideal CE Stage with a Large Sinusoidal Input Voltage | |
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| Power Series and Fourier Series Characterizations | |
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| The Common-Source MOS Amplifier Stage | |
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| Intermodulation Distortion | |
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| Compression and Intercept Points | |
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| Problems | |
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| Distortion Generation with Source Resistance and Nonlinear Beta | |
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| Linearization of a Bipolar Stage Due to Source Resistance | |
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| Distortion Reduction with Source Resistance | |
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| The ECP with Source Resistance | |
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| Nonlinear Beta and Distortion | |
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| Example of Distortion due to Beta(I[subscript c]) | |
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| Problems | |
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| Distortion in Feedback Amplifiers | |
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| Effects of Negative Feedback | |
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| Feedback for a General Amplifier | |
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| A CE Stage with Shunt Feedback | |
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| The CE Stage With Emitter Feedback | |
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| Alternative Loop-Gain Calculations | |
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| Emitter Feedback in the ECP | |
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| Internal Feedback in the ECP and the SCP | |
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| Problems | |
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| Basic IC Output Stages | |
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| Requirements for an Output Stage | |
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| The Emitter Follower | |
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| Distortion Calculation using Differential Error | |
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| Power-Conversion Efficiency | |
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| The Source Follower | |
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| Push-Pull Emitter Followers | |
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| The Push-Pull Source Follower | |
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| Push-Pull, Single-Polarity Output Stages | |
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| Problems | |
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| Transformers | |
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| Introduction | |
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| Elementary Coupled Coils | |
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| Circuit Model for a Transformer | |
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| Inductive Two-Port Parameters | |
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| A Transformer-Coupled, Class-A BJT Output Stage | |
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| Maximum Power Transfer | |
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| Class-A Push-Pull Operation | |
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| Class-AB Operation | |
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| Problems | |
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| Tuned Circuits in Bandpass Amplifiers | |
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| Introduction | |
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| The Single-Tuned Circuit | |
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| Lowpass Equivalents | |
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| Transformer-Coupled Single-Tuned Circuits | |
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| Single-Tuned, Bandpass Circuits with Loosely Coupled Transformers | |
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| Double-Tuned Stages | |
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| Parallel-to-Series/Series-to-Parallel Transformations | |
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| Tuned Circuits as Impedance Transformers | |
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| Problems | |
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| Simple Bandpass Amplifiers | |
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| Simple Active RC Bandpass Amplifiers | |
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| An ECP Bandpass Amplifier | |
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| Synchronous Tuning, Cascading, and Bandwidth Shrinkage | |
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| Effects of Internal Feedback | |
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| Multistage Bandpass Design Example | |
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| Cross Modulation | |
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| Problems | |
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| Basic Electronic Oscillators | |
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| Instabilities, Oscillations and Oscillators | |
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| The Ideal Electronic Oscillator | |
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| A Tunnel-Diode Oscillator | |
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| The van der Pol Approximation | |
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| Tunnel-Diode Oscillator Example | |
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| Wien-Type Oscillators | |
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| Transformer-Coupled ECP Oscillators | |
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| Transformerless ECP Oscillators | |
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| Problems | |
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| Electronic Oscillators with Bias-Shift Limiting | |
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| Bias Shift during Oscillator Buildup in an ECP Oscillator | |
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| The Basic Oscillator Equation | |
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| Single-Device, Transformer-Coupled Oscillators | |
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| Bias Shift and Harmonic Balance | |
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| Transformer-Coupled MOS Oscillators | |
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| Squegging | |
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| Phase-Shift Oscillators | |
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| The Colpitts Oscillator | |
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| Crystal-Controlled Oscillators | |
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| Problems | |
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| Relaxation and Voltage-Controlled Oscillators | |
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| Relaxation-Mode Oscillations | |
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| Oscillator Graphical Analysis | |
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| Regenerative Switching in a Relaxation Oscillator | |
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| Recovery Analysis in a BJT Relaxation Feedback Oscillator | |
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| Other Astable Oscillators | |
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| A CMOS Relaxation Oscillator | |
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| Voltage- and Current-Controlled Oscillators | |
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| An Astable Schmitt Circuit | |
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| Equivalence of the Schmitt and Loop-Coupled Bistable Circuits | |
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| A BJT VCO | |
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| Problems | |
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| Analog Multipliers, Mixers, Modulators | |
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| The Emitter-Coupled Pair as a Simple Analog Multiplier | |
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| A Subtraction Improvement | |
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| Predistortion and Linearity Improvement in the ECP | |
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| The Gilbert Cell | |
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| MOS Analog Multipliers | |
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| Mixing, Modulation and Frequency Translation | |
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| The Fully Balanced (Quad) Mixer | |
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| Single-Device Mixers | |
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| BJT Mixers | |
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| MOSFET Mixers | |
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| Modulators | |
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| Problems | |
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| Demodulators and Detectors | |
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| AM Demodulation using Analog Multipliers | |
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| Synchronous AM Detection | |
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| Peak Detectors | |
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| Automatic Gain Control | |
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| FM Demodulation, Off-Peak Detection | |
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| Discriminators | |
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| FM Demodulators using Multipliers | |
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| Problems | |
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| Phase-Locked Loops | |
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| Basic Configurations and Applications | |
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| A Simple Circuit Model of a PLL | |
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| Voltage-Controlled Oscillator (VCO) | |
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| Filter | |
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| Phase Comparator (PC) | |
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| PLL Operation | |
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| The Small-Signal Analysis of the PLL | |
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| Dynamics of the PLL in the Locked Condition | |
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| One-Pole Filter | |
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| One-Zero, One-Pole Filter | |
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| The Lock and Capture Ranges | |
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| Lock Range | |
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| Capture Range | |
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| Capture Examples | |
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| PLLs with Overdriven PCs and Relaxation Oscillators | |
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| PLL Design Example | |
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| PLL Parameters for a Typical IC Realization | |
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| A PLL Example with a FM input | |
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| Problems | |
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| References | |
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| Index | |