Analog Integrated Circuit Design

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Course Curriculum

Lecture 1 Introduction to the course Details 0:38
Lecture 2 Negative feedback amplifiers-basic concept, frequency and time domain behavior Details 54:14
lecture 3 Negative feedback amplifier nonidealities-Finite dc gain; additional poles and zeros Details 50:52
Lecture 4 Effect of additional poles in time and frequency domains Details 0:55
Lecture 5 Negative feedback systems-Effect of additional poles and zeros Details 50:52
Lecture 6 Realizing negative feedback systems with opamps Details 57:59
Lecture 7 DC negative feedback around opamps; Fully differential opamps Details 54:50
Lecture 8 Components available on a CMOS IC Details 52:3
Lecture 9 Assignment 1 discussion Details 55:7
Lecture 10 Assignment 1 discussion Details 55:44
Lecture 11 Random and systematic mismatch, process variations Details 42:1
lecture 12 MOS large signal and small signal models Details 49:50
lecture 13 MOS small signal model; mismatch in MOS transistors Details 54:4
lecture 14 AC small signal model of the MOSFET; concept of fT Details 34:32
lecture 15 Resistor noise model Details 36:57
lecture 16 MOSFET noise mode; BJT small signal and noise model Details 55:41
lecture 18 Assignment 2 discussion Details 55:21
Lecture 19 Assignment 2 discussion Details 32:58
lecture 20 Common source amplifier-dc and small signal analysis Details 36:46
lecture 21 Common source amplifier-noise, and ac analyses Details 35:10
lecture 22 Quiz 1 discussion; Assignment 3 discussion Details 52:6
lecture 23 Common source amplifier Details 52:9
lecture 24 Common source amplifier; Miller effect Details 53:54
lecture 27 Common gate amplifier-ac analysis Details 50:14
lecture 29 Power, bandwidth, and signal to noise ratio; Impedance and frequency scaling of circuits Details 50:28
lecture 30 Biasing transistors at a given current Details 51:13
lecture 31 Biasing transistors at a given current Details 51:28
lecture 32 Biasing arrangements; current mirror; common drain amplifier Details 56:35
lecture 33 Simple current mirror; cascode current mirror Details 54:51
lecture 34 Amplifiers biased at a constant current Details 53:39
lecture 35 Differential pair-introduction Details 56:21
lecture 36 Differential and common mode half circuits Details 55:4
lecture 37 Differential pair with passive and active loads Details 51:49
lecture 38 Differential pair with active load-gain, output resistance, CMRR Details 57:19
lecture 39 Quiz II discussion Details 55:35
lecture 40 Differential pair frequency response, noise Details 54:47
lecture 41 Differential pair noise, offset, slew rate Details 57:21
lecture 42 Effects of opamp slew rate, Assignment 6 discussion Details 41:7
Lecture 43 Telescopic cascode opamp Details 39:31
Lecture 44 Folded cascode opamp-dc gain Details 46:44
Lecture 45 Telescopic cascode opamp frequency response Details 47:34
lecture 46 Telescopic and folded cascode opamp-noise, mismatch, slew rate Details 45:1
lecture 47 Two stage opamp-topology, frequency response Details 56:36
lecture 48 Two stage opamp-frequency response, noise Details 53:30
lecture 49 Accurate biasing circuits; Two stage opamp slew rate Details 1:5:2
lecture 50 Fully differential opamps, common mode feedback Details 43:25
lecture 51 Fully differential opamps, common mode feedback, CMFB loop stability Details 41:36
lecture 52 Fully differential two stage opamp, common mode feedback Details 42:30
lecture 53 Course summary Details 1:43

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