CQ Publishing High performance analog circuit design theory and practice

We have carefully selected articles that are considered to be useful for realizing high-performance analog electronic circuits and compiled them into one volume. We explained in detail the stability of each oscillation operation and amplification operation, the concept of noise analysis, the low noise method, etc., using simulations and experiments. Table of Contents Analysis of circuit operation using simulation Chapter 1 Theory and practice of analog circuit operation 1-1 Wien bridge oscillator 1-2 Open-loop simulation of OP amplifier 1-3 Parallel-series conversion of LDO instability to resistance and capacitor Verification of resistance and amplifier noise by simulation and trial production Chapter 2 Theory and practice of noise characteristics of analog circuits 2-1 Basic idea of analyzing thermal noise of resistance with SPICE 2-2 Low Noise Basic idea of optimizing the performance of OP amplifier with SPICE 2-3 A guide for selecting an OP amplifier that realizes the optimum low noise characteristics for each circuit configuration 2-4 AD797 ultra-low noise manufactured Evaluate the characteristics of the OP amplifier circuit and perform measurement experiments. Verify while experimenting with prototype production and printed circuit boards. Chapter 3 Layout Techniques for Analog Circuits 3-1 Selection of OP Amplifier Circuits that Realize Low Input Capacity Amplifier Circuits Prototype 3-2 Finding the cause of strange movements of low-frequency analog circuits as expected Differential circuits using difference amplifiers and instrumentation amplifiers Chapter 4 Detection of differential voltage and its limits 4-1 Common mode generated in electronic circuits, Utilization of noise and operational circuit 4-2 The theory of superposition can be widely used for signal conversion and analysis of operational amplifiers. 4-3 Relationship between CMRR characteristics in operational amplifiers and signal source configuration 4- 4 Frequency characteristics and compensation method of CMRR deterioration in difference amplifier and instrumentation amplifier Chapter 5 Considering noise characteristics of active filter by utilizing noise simulation technique by LTspice 5-1 Simulation method of noise characteristics and Noise Source of Active Filter 5-2 Comparing Salen Key Type and Multiple Feedback Type in terms of Noise Characteristics 5-3 Consider the order in which multiple secondary active filters are cascaded.