Lecture notes for ECE 511/411 CMOS Analog IC Design, Fall 2009

Please do the course evaluations here.

December 14 – final exam covering chapters 9, and 20-24, 6 to 8 PM

December 9 – lec26_ece5411.pdf and lec26_ece5411_video – op-amp design, project help, review for the final

December 7 – lec25_ece5411.pdf and lec25_ece5411_video – design of op-amps

December 2 – lec24_ece5411.pdf and lec24_ece5411_video – talk about projects

November 30 – test#2, closed book and notes covering chapters 21-23

November 28 – test2_study.pdf and test2_study_video – Saturday at noon study session for test#2, MEC 206

November 25 – Thanksgiving break from instruction

November 23 – Thanksgiving break from instruction

November 18 – lec23_ece5411.pdf and lec23_ece5411_video – continue with references (Ch. 23), discuss projects, review for test#2

November 16 – lec22_ece5411.pdf and lec22_ece5411_video – introduction to voltage references

November 9 – lec21_ece5411.pdf and lec21_ece5411_video – folded-cascode amplifier and telescopic diff-amp

November 6 – lec20_ece5411.pdf and lec20_ece5411_video – diff-amp common-mode gain, input-referred offset

November 4 – lec19_ece5411.pdf and lec19_ece5411_video – push-pull amps, start the diff-amp

November 2 – lec18_ece5411.pdf and lec18_ece5411_video – cover amplifier gains (cascode, CG, SF) again

October 30 – lec17_ece5411.pdf and lec17_ece5411_video – frequency response example, canceling the RHP zero

October 21 – lec16_ece5411.pdf and lec16_ece5411_video – Pole splitting

October 19 – lec15_ece5411.pdf and lec15_ece5411_video – RHP zero neglected in Miller’s Theorem, more frequency response

October 14 – lec14_ece5411.pdf and lec14_ece5411_video – start Ch. 21, CS amplifiers, Miller’s Theorem

October 12 – test#1, closed book and notes covering chapters 9 and 20

October 11 – test1_study.pdf and test1_study_video – Sunday afternoon study session for test#1

October 7 – lec13_ece5411.pdf and lec13_ece5411_video – review for test#1

October 5 – lec12_ece5411.pdf and lec12_ece5411_video – biasing circuits for long- and short-channel CMOS, finish up Ch. 20

September 30 – lec11_ece5411.pdf and lec11_ece5411_video – more cascodes, regulated-drain, biasing circuits

September 28 – lec10_ece5411.pdf and lec10_ece5411_video – the cascode current mirror

September 23 – lec9_ece5411.pdf and lec9_ece5411_video – stability of the BMR, short-channel BMR design, temperature behavior

September 21 – lec8_ece5411.pdf and lec8_ece5411_video – supply independent biasing, the beta-multiplier reference

September 16 – lec7_ece5411.pdf and lec7_ece5411_video – Ch. 20 current mirrors, DC operation

September 14 – lec6_ece5411.pdf and lec6_ece5411_video – selecting device sizes, finish-up Ch. 9

September 5 – lec5_ece5411.pdf and lec5_ece5411_video – subthreshold gm and gain, temperature behavior, GFT

September 2 – lec4_ece5411.pdf and lec4_ece5411_video – continue Ex. 9.5, body transconductance, ro, open-circuit gain, fT

August 31 – lec3_ece5411.pdf and lec3_ece5411_video – hand calculation examples, comparison with SPICE, start on Ex. 9.5

August 26 – lec2_ece5411.pdf and lec2_ece5411_video – Square-law equations, MOSFET operation, small-signal models

August 24 – lec1_ece5411.pdf and lec1_ece5411_video – Course introduction, start Ch. 9, models for analog design

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