ECE 614 Advanced Analog IC Design

Fonte: www.cmosedu.com (2006)
  1. May 3 - lec25_ee614.pdf and lec25_video – introduce delta-sigma ADCs
  2. May 1 - lec24_ee614.pdf and lec24_video – the pipeline ADC, using 1.5 bits/stage
  3. April 26 - lec23_ee614.pdf and lec23_video – intro to ADC architectures
  4. April 19 - lec22_ee614.pdf and lec22_video – intro to DAC architectures
  5. April 17 - lec21_ee614.pdf and lec21_video – data converter fundamentals
  6. April 12 – lec20_ee614.pdf and lec20_video – review midterm exam and projects (projects due)
  7. April 10 – Midterm covering Chs. 8, 25, 26
  8. April 5 – lec19_ee614.pdf and lec19_video – wrap up comparator design, review for exam
  9. April 3 – lec18_ee614.pdf and lec18_video – Start Ch. 27 and discuss comparator design
  10. March 25 to Sunday, April 2 is the spring break from instruction
  11. March 22 – lec17_ee614.pdf and lec17_video – Finish Ch. 26 and discussion of fully-differential op-amps
  12. March 20 – lec16_ee614.pdf and lec16_video – Continue discussing SC CMFB and offsets
  13. March 15 – lec15_ee614.pdf and lec15_video – Op-amp design using SC CMFB
  14. March 8 – lec14_ee614.pdf and lec14_video – making the op-amp more practical, offsets, finish continuous-time op-amp design
  15. March 6 – lec13_ee614.pdf and lec13_video – continuous time fully-differential op-amp design
  16. March 1 – lec12_ee614.pdf and lec12_video – CMFB, SC CMFB, continue discussions of basic fully–differential op–amp design
  17. February 27 – lec11_ee614.pdf and lec11_video – compensating CMFB, CMFB amp design, intro to basic op–amps
  18. February 22 – lec10_ee614.pdf and lec10_video – intro to high–speed op–amps, biasing for power and speed, offsets
  19. February 15 – lec9_ee614.pdf and lec9_video – switched–capacitor circuits, discrete analog integrators (DAIs), transfer functions, see Sec. 31.3.1
  20. February 13 – lec8_ee614.pdf and lec8_video – MOSFET switch, charge injection, clock feedthrough, sample and hold, bottom–plate sampling
  21. February 8 – lec7_ee614.pdf and lec7_video – averaging, correlated double sampling (CDS), chopper stabilization, intro to active pixel
  22. February 6 – lec6_ee614.pdf and lec6_video – low–noise amplifier discussions from chapters 21, 22, 24, ensure understanding
  23. February 1 – lec5_ee614.pdf and lec5_video – more MOSFET noise discussions, amplifier noise performance
  24. January 30 – lec4_ee614.pdf and lec4_video – examples, discussions, and review of noise
  25. January 25 – lec3_ee614.pdf and lec3_video – flicker noise, op–amp noise modeling, intro to MOSFET noise
  26. January 23 – lec2_ee614.pdf and lec2_video – NEB, kT/C noise, more input–referred noise, SNR
  27. January 18 – lec1_ee614.pdf and lec1_video – course introduction, electrical noise topics