Lecture
notes and videos for EE 422/ECG 622 Introduction to Analog IC
Design, Spring 2013
May
13 final exam (comprehensive), 6 to 8 PM
May
8 lec27_ee422_ecg622.pdf and lec27_ee422_ecg622_video
review for the final exam
May
6 lec26_ee422_ecg622.pdf and lec26_ee422_ecg622_video
bandgap voltage
references
May
1 lec25_ee422_ecg622.pdf and lec25_ee422_ecg622_video
even more op-amp design, answer project questions
April
29 lec24_ee422_ecg622.pdf and lec24_ee422_ecg622_video
more op-amp design, answer project questions
April
24 lec23_ee422_ecg622.pdf and lec23_ee422_ecg622_video
continue discussing the design of an op-amp made using a telescopic
diff-pair
with push-pull output buffer
April
22 lec22_ee422_ecg622.pdf and lec22_ee422_ecg622_video
indirect compensation, two-stage op-amp using a telescopic diff-pair
with
push-pull output buffer
April
17 lec21_ee422_ecg622.pdf and lec21_ee422_ecg622_video
two stage op-amp design and compensation
April
15 lec20_ee422_ecg622.pdf and lec20_ee422_ecg622_video
continue with diff-amps, biasing, AC gain, common-mode input range
April
10 lec19_ee422_ecg622.pdf and lec19_ee422_ecg622_video
work homework problems including simulations, start diff-amps
April
8 lec18_ee422_ecg622.pdf and lec18_ee422_ecg622_video
cascode amplifiers, source-followers, class AB amplifiers
April
3 lec17_ee422_ecg622.pdf and lec17_ee422_ecg622_video
review midterm exam (final is cumulative), continue with frequency
response
April
1 midterm exam
March
29 study1.pdf and study1_video
work students questions resulting from studying for the exam
March
20 lec16_ee422_ecg622.pdf and lec16_ee422_ecg622_video
continue frequency response, pole-splitting, review for exam
March
18 lec15_ee422_ecg622.pdf and lec15_ee422_ecg622_video
slew-rate limitations, review MOSFET capacitances, frequency response
of
amplifiers
March
15 lec14_ee422_ecg622.pdf and lec14_ee422_ecg622_video
start Ch. 21, cover small-signal analysis of amplifiers
March
13 lec13_ee422_ecg622.pdf and lec13_ee422_ecg622_video
work homework problems, temperature behavior and stability of the BMR,
wrap-up
Ch. 20
March
11 lec12_ee422_ecg622.pdf and lec12_ee422_ecg622_video
nanometer BMR, more current mirrors
March
6 watch ch20_20_3_video,
with notes ch20_20_3_notes.pdf,
and LTspice examples in ch20_20_3.zip
read 20.3.1 Long-Channel Biasing Circuits,
20.3.2 Short-Channel Biasing Circuits,
and 20.3.3 A Final Comment
March
4 watch ch20_20_2_p2_video, with
notes ch20_20_2_p2_notes.pdf,
and LTspice examples in ch20_20_2_p2.zip
read 20.2.3 Wide-Swing, Short-Channel Design and
20.2.4 Regulated
Drain Current Mirror
March
1
lec11_ee422_ecg622.pdf and lec11_ee422_ecg622_video
cascoding the current mirror, simple and low-voltage cascodes
February
25 lec10_ee422_ecg622.pdf and lec10_ee422_ecg622_video
supply independent biasing, the beta-multiplier reference (BMR)
February
22 lec9_ee422_ecg622.pdf and lec9_ee422_ecg622_video
current mirrors, long-channel design, matching, biasing
February
15 lec8_ee422_ecg622.pdf and lec8_ee422_ecg622_video
MOSFET temperature behavior, biasing, wrap-up Ch. 9, examples
February
13 lec7_ee422_ecg622.pdf and lec7_ee422_ecg622_video
continue with transition frequency, open circuit gain, and GFT
February
11 lec6_ee422_ecg622.pdf and lec6_ee422_ecg622_video
finish Ex. 9.5, small-signal models (again), transition frequency
February
6 lec5_ee422_ecg622.pdf and lec5_ee422_ecg622_video
derive small-signal transconductance, start working Ex. 9.5
February
4 lec4_ee422_ecg622.pdf and lec4_ee422_ecg622_video
start ch. 9, models for
analog design, long-channel
square-law equations, discussion
January
30 lec3_ee422_ecg622.pdf and lec3_ee422_ecg622_video
quick review of MOSFET square-law equations, continue review of RC
circuits and
frequency response
January
28 lec2_ee422_ecg622.pdf and lec2_ee422_ecg622_video
more MOS capacitances, review of RC circuits and frequency response
January
23 lec1_ee422_ecg622.pdf and lec1_ee422_ecg622_video
course introduction, review/introduction to MOS capacitances