【中英双语+资料】加州理工-新模拟电路设计｜放大器+反馈+噪声｜Ali Hajimiri｜New Analog Circuit Design 2019

Parts

1. P1 · [中文] 01 固体物理基础：能带、电子与空穴
2. P2 · [英文] 01 Basic Solid-State Physics: Energy bands, Electrons and Holes｜完整英文原声在后半部
3. P3 · [必看] 1分钟：双语怎么切-充电解锁课程站
4. P4 · [中文] 02 固体物理基础：掺杂、载流子浓度与分布
5. P5 · [中文] 03 半导体载流子运动：漂移与扩散
6. P6 · [中文] 04 PN结：耗尽区与二极管方程
7. P7 · [中文] 05 PN结：结电容与掺杂分布
8. P8 · [中文] 06 双极型晶体管：基本工作原理与电流特性
9. P9 · [中文] 07 双极型晶体管：厄利效应、Ebers-Moll模型与大信号模型
10. P10 · [中文] 08 MOS电容：能带图、积累、耗尽、反型与阈值电压
11. P11 · [中文] 09 MOSFET入门：阈值电压、体效应与线性区IV特性
12. P12 · [中文] 10 MOSFET IV特性推导、工作区与沟道长度调制
13. P13 · [中文] 11 MOSFET夹断时的沟道电荷与沟道电容计算
14. P14 · [中文] 12 速度饱和与短沟道效应：SOI、FinFET、Pillar FET、应变硅
15. P15 · [中文] 13 MOSFET亚阈值特性
16. P16 · [中文] 14 开尔文发电机、水FET与正反馈
17. P17 · [中文] 15 小信号模型：MOS与BJT对比、跨导
18. P18 · [中文] 16 小信号模型：输入输出电阻、电容与截止频率
19. P19 · [中文] 17 电路与网络理论概览：节点分析与常用定理
20. P20 · [中文] 18 集成电路的经济学：良率与定价
21. P21 · [中文] 19 放大器基础（上）：MOS、BJT与任意三端器件、最大增益
22. P22 · [中文] 20 放大器基础（下）：MOS、BJT与任意三端器件、最大增益
23. P23 · [中文] 21 BJT放大器（上）：射极退化、传输特性与增益
24. P24 · [中文] 22 BJT放大器（下）：射随器、共基、共射共基、有源负载
25. P25 · [中文] 23 MOS放大级（上）：源极退化、输入输出阻抗
26. P26 · [中文] 24 MOS放大级（下）：共漏、共栅、级联与提升增益
27. P27 · [中文] 25 双管放大级：级联、折叠共源共栅、有源负载、达林顿与电流镜
28. P28 · [中文] 26 差分信号与差分对：核心概念与BJT大信号特性
29. P29 · [中文] 27 差分放大器（上）：MOS、BJT与任意三端器件
30. P30 · [中文] 28 差分放大器（下）：MOS、BJT与任意三端器件
31. P31 · [中文] 29 带有源负载的差分放大器：差分转单端
32. P32 · [中文] 30 MOS差分转单端与增益增强
33. P33 · [中文] 31 偏置基本概念
34. P34 · [中文] 32 集成电路偏置：电流镜与电压裕度
35. P35 · [中文] 33 与工艺、电源、温度无关的偏置
36. P36 · [中文] 34 带隙基准与可调PVT无关基准
37. P37 · [中文] 35 驱动级与输出级：A类与B类
38. P38 · [中文] 36 运放设计：基本MOS运放
39. P39 · [中文] 37 MOS运放设计实例
40. P40 · [中文] 38 BJT运放设计实例
41. P41 · [中文] 39 高频特性：传递函数、低通与高通响应
42. P42 · [中文] 40 一阶系统的时间常数与传输常数
43. P43 · [中文] 41 一阶高频TTC分析：共源与共漏
44. P44 · [中文] 42 一阶系统零极点与阶跃响应：下冲与过冲
45. P45 · [中文] 43 米勒倍增效应与共源输入阻抗
46. P46 · [中文] 44 零值时间常数与传输常数ZVT：b1与a1项计算
47. P47 · [中文] 45 用ZVT估算带宽：高频放大器设计实例
48. P48 · [中文] 46 ZVT带宽估算何时失效
49. P49 · [中文] 47 在ZVT带宽估算中计入零点
50. P50 · [中文] 48 零点的产生：并联的串联RC支路
51. P51 · [中文] 49 零点的产生：并行信号通路
52. P52 · [中文] 50 广义时间常数与传输常数：高阶项
53. P53 · [中文] 51 TTC实例：二阶系统、品质因数与自然频率
54. P54 · [中文] 52 TTC实例：负阻、振荡器与RLC电路
55. P55 · [中文] 53 基本放大级高频特性的TTC分析：CS、CE、CD、CC、CG、CB
56. P56 · [中文] 54 非耦合时间常数、独立零极点与可观测动态
57. P57 · [中文] 55 低截止频率估算：无穷值时间常数IVT
58. P58 · [中文] 56 分立与集成的差异：IVT低截止频率估算实例
59. P59 · [中文] 57 宽带放大器：增益带宽积与每级最优增益
60. P60 · [中文] 58 反馈：渐近传递函数、一阶分析与快速设计
61. P61 · [中文] 59 反馈动态：前向与反馈通路的频率影响、灵敏度降低
62. P62 · [中文] 60 反馈对非线性的影响
63. P63 · [中文] 61 回归比、渐近增益公式与直接前向传输
64. P64 · [中文] 62 有源反馈、双反馈环路与回归比的源依赖性实例
65. P65 · [中文] 63 反馈下的端口阻抗：Blackman公式
66. P66 · [中文] 64 单边环路增益：电压与电流环路增益
67. P67 · [中文] 65 双边环路增益推导
68. P68 · [中文] 66 不稳定与条件稳定：电路实例
69. P69 · [中文] 67 稳定性判据：Routh-Hurwitz与Nyquist推导
70. P70 · [中文] 68 非线性稳定性判据：圆判据与离轴圆判据
71. P71 · [中文] 69 相位裕度与增益裕度
72. P72 · [中文] 70 反馈放大器补偿：一阶、二阶、三阶系统概览
73. P73 · [中文] 71 电路补偿技术：单级与两级运放、米勒补偿
74. P74 · [中文] 72 随机变量概览：功率谱密度、自相关与互相关
75. P75 · [中文] 73 热噪声：物理机制、频谱、KT/C噪声与可用噪声功率
76. P76 · [中文] 74 散粒噪声、爆裂噪声、闪烁噪声与雪崩噪声
77. P77 · [中文] 75 PN结二极管、双极型晶体管与MOS管的噪声模型
78. P78 · [中文] 76 放大器噪声入门：输出噪声与输入参考噪声
79. P79 · [中文] 77 输入参考噪声：二端口噪声模型与共射极
80. P80 · [中文] 78 基本放大级噪声：输入参考噪声随频率变化、Friis公式
81. P81 · [中文] 79 比较器与失调消除入门
82. P82 · [中文] 80 锁存器动态与锁存比较器
83. P83 · [中文] 81 数据转换器指标与基本DAC
84. P84 · [中文] 82 基本数模转换器架构
85. P85 · [中文] 83 基本模数转换器架构
86. P86 · [中文] 84 振荡器通用拓扑：大信号Gm、振幅与频率计算
87. P87 · [中文] 85 振荡器相位噪声入门
88. P88 · [中文] 86 振荡器设计：噪声搬移振荡器实例
89. P89 · [中文] 87 锁相环PLL噪声入门
90. P90 · [中文] 88 射频功率放大器入门
91. P91 · [中文] 89 课程简要总结
92. P92 · [中文] 90 电路中的时间常数与传输常数（高频电路分析专题）
93. P93 · [中文] 91 反馈电路分析与设计（专题概览）
94. P94 · [英文] 02 Basic Solid-State Physics: Doping, Carrier Density, Distribution
95. P95 · [英文] 03 Carrier Movement in Semiconductors, Drift and Diffusion
96. P96 · [英文] 04 PN Junction, Depletion Region, Diode Equation
97. P97 · [英文] 05 PN Junction, Junction Capacitance, Doping Profile
98. P98 · [英文] 06 Bipolar Junction Transistor, basic operation, current flow prope
99. P99 · [英文] 07 Bipolar transistor: Early effect, Ebers-Moll model, large-signal
100. P100 · [英文] 08 MOS Capacitor: Energy band diagram, accumulation, depletion, and
101. P101 · [英文] 09 MOSFET Introduction, threshold and body effect, IV characteristi
102. P102 · [英文] 10 MOSFET IV Characteristics Derivation, Regions of Operation, Chan
103. P103 · [英文] 11 MOSFET Channel charge in pinch-off, Channel capacitance calculat
104. P104 · [英文] 12 Velocity saturated MOSFETs, short channel effects, SOI, FinFET,
105. P105 · [英文] 13 MOSFET Sub-threshold behavior
106. P106 · [英文] 14 Kelvin Generator, water FET, positive feedback.
107. P107 · [英文] 15 Small-signal model, MOS vs. BJT, core transistor behavior, trans
108. P108 · [英文] 16 Small-signal model, MOS vs. BJT, input and output resistance, ca
109. P109 · [英文] 17 Circuit and network theory brief overview, nodal analysis, theor
110. P110 · [英文] 18 Economics of Integrated Circuits, Yield, Pricing
111. P111 · [英文] 19 (Pt.1) Amplifier Fundamentals, MOS, BJT, and ATD (arbitrary 3-te
112. P112 · [英文] 20 (Pt.2) Amplifier Fundamentals, MOS, BJT, and ATD (arbitrary 3-te
113. P113 · [英文] 21 (Pt. 1) BJT Amplifier, Emitter Degeneration, Transfer characteri
114. P114 · [英文] 22 (Pt. 2) BJT Amplifier, Emitter follower, common-based, cascode,
115. P115 · [英文] 23 (Pt. 1) MOS amplifier stages: Source degeneration, input and out
116. P116 · [英文] 24 (Pt. 2) MOS amplifier stages: common-drain, common-gate, cascade
117. P117 · [英文] 25 Two transistor stages: cascade, folded cascade, active load, Dar
118. P118 · [英文] 26 Differential Signaling and differential pair: core concept and l
119. P119 · [英文] 27 (Pt. 1) Differential Amplifiers: MOS, BJT, and ATD
120. P120 · [英文] 28 (Pt. 2) Differential Amplifiers: MOS, BJT, and ATD
121. P121 · [英文] 29 Differential amplifier with active load. Differential-to-single-
122. P122 · [英文] 30 MOS Differential-to-Single-Ended Conversion. Gain Enhancement
123. P123 · [英文] 31 Basic Biasing Concepts
124. P124 · [英文] 32 Integrated circuit biasing, current mirrors, headroom
125. P125 · [英文] 33 Process, Supply, and Temperature Independent Biasing
126. P126 · [英文] 34 Scaled bandgap reference, adjustable voltage PVT independent ref
127. P127 · [英文] 35 Driver stages, output stages, Class A and Class B
128. P128 · [英文] 36 Op-Amp Design: Basic MOS Op-Amp
129. P129 · [英文] 37 MOS Op-Amp Design Examples
130. P130 · [英文] 38 BJT Op-Amp Design Example
131. P131 · [英文] 39 High frequency: transfer functions, lower pass and high pass res
132. P132 · [英文] 40 Time- and transfer-constants in 1st order system
133. P133 · [英文] 41 1st Order high-frequency TTC analysis of common source and commo
134. P134 · [英文] 42 Zero/pole in 1st order system, step response, undershoot and ove
135. P135 · [英文] 43 Miller multiplication and effect, input impedance of common-sour
136. P136 · [英文] 44 Zero-value time and transfer constants (ZVT), b1 and a1 term cal
137. P137 · [英文] 45 Bandwidth estimation using ZVT, High-frequency Amplifier design
138. P138 · [英文] 46 When ZVT bandwidth estimation fails
139. P139 · [英文] 47 Taking zeros into account in ZVT bandwidth estimate
140. P140 · [英文] 48 Creation of zeros: series RC branch in parallel
141. P141 · [英文] 49 Creation of zeros: parallel signal paths
142. P142 · [英文] 50 Generalized Time- and Transfer constants; higher order terms
143. P143 · [英文] 51 TTC Examples, 2nd Order System, Quality Factor and Natural Frequ
144. P144 · [英文] 52 TTC Examples, negative resistance, oscillator, RLC circuit
145. P145 · [英文] 53 High Frequency behavior of basic amplifier stages (CS, CE, CD, C
146. P146 · [英文] 54 Uncoupled time-constants, independent poles and zeros, observabl
147. P147 · [英文] 55 Low Cut-off Frequency Estimation, Infinite value time-constants
148. P148 · [英文] 56 Discrete vs. Integrated Variations, Low Cut-Off Estimation with
149. P149 · [英文] 57 Broadband amplifiers, gain-bandwidth product, optimum gain per s
150. P150 · [英文] 58 Feedback: Asymptotic Transfer Function, 1st Order Analysis, Rapi
151. P151 · [英文] 59 Feedback dynamics, forward and feedback path frequency effect, f
152. P152 · [英文] 60 Effect of Feedback on Nonlinearity
153. P153 · [英文] 61 Return Ratio, Asymptotic Gain Formula, Direct forward transfer
154. P154 · [英文] 62 Active feedback, dual feedback loop, Source dependence of return
155. P155 · [英文] 63 Port Impedance under Feedback, Blackman Formula
156. P156 · [英文] 64 Unilateral Loop gain, voltage and current loop gains
157. P157 · [英文] 65 Bilateral loop gain, derivation, feedback
158. P158 · [英文] 66 Instability and conditional stability, circuit examples.
159. P159 · [英文] 67 Stability criteria: Routh-Hurwitz, Nyquist derivation
160. P160 · [英文] 68 Nonlinear stability criteria: Circle criterion, off-axis circle
161. P161 · [英文] 69 Phase margin and gain margin
162. P162 · [英文] 70 Feedback amplifier compensation, general view for 1st, 2nd, and
163. P163 · [英文] 71 Circuit compensation techniques, one- and two-stage op-amp, Mill
164. P164 · [英文] 72 Overview of random variable, PSD, auto- and cross-correlation
165. P165 · [英文] 73 Thermal white noise physics, properties, and spectrum, KT/C nois
166. P166 · [英文] 74 Shot noise, burst noise, flicker(1/f) noise, avalanche noise
167. P167 · [英文] 75 Noise models for pn-junction diode, bipolar transistor, and MOS
168. P168 · [英文] 76 Intro. to amplifier noise, output noise, and input-referred nois
169. P169 · [英文] 77 Input-referred noise, 2-port noise model, common-emitter
170. P170 · [英文] 78 Noise behavior of basic stages, input-referred noise vs. frequen
171. P171 · [英文] 79 Intro to comparators and offset cancellation
172. P172 · [英文] 80 Latch dynamics, latched comparator
173. P173 · [英文] 81 Intro to data converters metrics, basic DAC
174. P174 · [英文] 82 Basic digital-to-analog converter architectures
175. P175 · [英文] 83 Basic analog-to-digital converter architectures
176. P176 · [英文] 84 Oscillator general topology, large signal Gm, amplitude and freq
177. P177 · [英文] 85 Phase noise in oscillators (introduction)
178. P178 · [英文] 86 Oscillator design, noise shifting oscillator example
179. P179 · [英文] 87 Intro. to phase-locked loops (PLL) noise
180. P180 · [英文] 88 Intro. to RF power amplifiers
181. P181 · [英文] 89 Brief course summary
182. P182 · [英文] 90 Time and Transfer Constants in Circuits (High Frequency Circuit
183. P183 · [英文] 91 Feedback Circuit Analysis and Design (Overview)