ECE 5/410 Integrated Circuit Physical Design

Fonte: http://coeneval.boisestate.edu/

1. April 30 – lec24_ee5410.pdf and lec24_video – project discussions and review
2. April 25 – lec23_ee5410.pdf and lec23_video – flip-flops, latches, setup and hold times
3. April 23 – lec22_ee5410.pdf and lec22_video – briefly review exams, discuss projects
4. April 18 – midterm2, closed book and notes covering chapters 6, 10, and 11
5. April 16 – lec21_ee5410.pdf and lec21_video – Gates, the transmission gate (TG), charge pumps, review for the exam
6. April 11 – lec20_ee5410.pdf and lec20_video – use of Electric, buffer design for large capacitive loads
7. April 9 – lec19_ee5410.pdf and lec19_video – ring oscillators, start on buffers for large capacitive loads
8. April 4 – lec18_ee5410.pdf and lec18_video – more inverter discussions, using the inverter as an amplifier, noise margins
9. April 2 – lec17_ee5410.pdf and lec17_video – delay calculations and examples, start the inverter
10. March 26 and 28 – spring break from instruction
11. March 21 – lec16_ee5410.pdf and lec16_video – on and off currents, velocity saturation, why a device in a small process won’t behave like a long-channel device
12. March 19 – lec15_ee5410.pdf and lec15_video – models for digital design, Ch. 10
13. March 14 – lec14_ee5410.pdf and lec14_video – review IV equation derivations, CLM, Cgs calculation
14. March 12 – lec13_ee5410.pdf and lec13_video – MOSFET threshold voltage and IV equations
15. March 7 – lec12_ee5410.pdf and lec12_video – review exam, start chapter 6 on MOSFET operation
16. March 5 – midterm1, closed-book and notes covering chapters 1-5
17. March 4 – review session, MEC 114 at 3 pm, notes1.pdf
18. February 28 – lec11_ee5410.pdf and lec11_video – Electric making an icon, review for the exam
19. February 26 – lec10_ee5410.pdf and lec10_video – temperature behavior of resistors, layout of capacitors, Electric examples
20. February 21 – lec9_ee5410.pdf and lec9_video – silicide block, poly resistors, lateral diffusion, oxide capacitance, Electric standard frame layout
21. February 14 – lec8_ee5410.pdf and lec8_video – Field devices, MOSFET formation, process cross-sections, Electric MOSFET layout
22. February 7 – lec7_ee5410.pdf and lec7_video – Electric layout of connections to active, discussions of active, selects, poly
23. February 5 – lec6_ee5410.pdf and lec6_video – more discussions on the metal layers including electromigration and sizing
24. January 31 – lec5_ee5410.pdf and lec5_video – finish n-well, discuss metal layers, intro to layout of a pad using Electric
25. January 29 – lec4_ee5410.pdf and lec4_video – Electric DRC, n-well delay, diffusion capacitance of a forward biased diode
26. January 24 – lec3_ee5410.pdf and lec3_video – Electric simple examples, n-well fabrication, layout, depletion C (bottom and sidewall), pn-junction
27. January 22 – lec2_ee5410.pdf and lec2_video – using Electric with IRSIM, ALS, and WinSPICE, intro to chip production steps, begin n-well layer
28. January 17 – lec1_ee5410.pdf and lec1_video – course introduction and setting up the CAD tools, Electric and LTspice