電子二預定授課內容

* Differential and multistage amplifiers (MOSFET only)
[8.1] The MOS differential pair
[8.3] Common-mode rejection
[8.4] DC offset
[8.5] The differential amplifier with a current-mirror load
[8.6] Multistage amplifiers

* Frequency response (MOSFET only)
[9.1] High-frequency transistor models
[9.2] High-frequency response of CS amplifiers
[9.3] The method of open-circuit time constants
[9.4] High-frequency response of common-gate and cascode amplifiers
[9.5] High-frequency response of the source followers
[9.6] High-frequency response of the differential amplifiers
[9.8] Low-frequency response of discrete-circuit CS amplifiers

* Feedback
[10.1] The general feedback structure
[10.2] Some properties of negative feedback
[10.6] Summary of the feedback analysis method
[10.7] The stability problem
[10.8] Effect of feedback on the amplifier poles
[10.9] Stability study using Bode plots
[10.10] Frequency compensation

* Operational-amplifier circuits
[12.1] The two-stage CMOS op amp
[12.2] The folded-cascode CMOS op amp

* Filters and oscillators
[13.2] The filter transfer function
[13.4] Second-order passive filters based on the LCR resonator
[13.5] Second-order active filters based on inductance simulation
[13.6] Second-order active filters based on two-integrator loop
[13.9] Basic principles of sinusoidal oscillators
[13.10] Op amp-RC oscillator circuits
[13.11] LC and crystal oscillators
[13.12] Nonlinear oscillators or function generators

* CMOS digital logic circuits
[14.1] CMOS logic-gate circuits
[14.2] Digital logic inverters
[14.3] The CMOS inverter

* Digital design: power, speed and area
[15.1] Dynamic operation of the COS inverter
[15.2] Transistor sizing
[15.3] Power dissipation

* Memory and clocking circuits
[16.1] The transmission gate
[16.2] Latches and flip-flops
[16.3] Random-access memory (RAM) cells
[16.4] Ring oscillators and special-purpose circuits