This course is provided by NYCU Electrophysics .

 Chapter 1 Basic Ideas

1.1 Voltage current and resistance

1.2 Circuit analysis, equivalent circuit and source representation

1.3 Capacitor and a capacitive microphone

1.4 DC and AC voltage charging C, transient and steady-state solutions

1.5 DC voltage blocking and ac voltage passing  

1.6 Equivalent model for C charging

1.7 Phasor analysis, RC circuits and Bode plots

1.8 Impedance C in the phasor analysis and amplifier concepts

1.9 A simple MOS amplifier, DC operating point and AC amplification

Chapter 2 Operational Amplifiers

2.1 Ideal properties, negative feedback, virtual short circuit, amplifiers and adders 

2.2 Differential amplifier, instrumentation amplifier, EKG measurements and voltage and current limitations

2.3 Integrator, and DC offset problem and its effects

2.4 Integrator with additional resistance, Bode plots, differentiator and solving a differential equation

2.5 P-N junction photodetector and its equivalent model

2.6 Current-voltage converter for photodetector, automatic street-light control system

2.7 Automatic street-light system with BJT and protection diode

2.8 Modeling of OP converters 

2.9 Summary of various OP converters

2.10 OP bandwidth and Slew rate (SR)

2.11 OP with BJT to increase current-driving capability and class AB output stage

2.12 Class AB output stage with diodes and a simple stereo system

Textbooks：Microelectronic circuits by Sedra/Smith.

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