1. Introduction.- 2. ?? Modulator Topologies.- 3. The Switched Opamp Technique.- 4. Low Voltage Circuit Design.- 5. Design and Power Considerations.- 6. Implementations.- 7. Final Discussion.- Appendices.- A— Calculations for Chapter 3.- A.1 Efficiency Calculation of the Dickson Multiplier.- A.4 Calculation of the Modified Switched Opamp Integrator Transfer Function.- B— Calculations for Chapter 4.- B.1 Noise Analysis of Low Voltage Current Mirror.- B.2 Noise Analysis of New Input Stage.- B.3 Derivation of Trifferential Stage Branch Currents.- C— Settling Analysis.- C.1 Pole-Zero Pair with Frequency Lower than Gain-Bandwidth.- C.2 Pole-Zero Pair with Frequency higher than Gain-Bandwidth.- C.3 Pole-Zero Doublet at frequency higher than Gain-Bandwidth.- C.4 Two Complex Poles and a Zero.- C.5 General Conclusions.- References.

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