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ETIN25 Analog IC-konstruktion

2011/2012 Ht1

Schema


Schedule for fall term 1 (HT1), 2011 (preliminary): 

week day date time room activity group teacher content

1
(35) 

Mon. 11-08-29 13-15 E:C L1 MT Introduction & MOS transistors
pages 1-8, 38-73
  Wed. 11-08-31 15-17 E:B L2 MT
MOS transistors continued
  Thu. 11-09-01

08-10

E:3318 E1   JL Problems 1.1, (1.2), 1.15, 1.16, 2.12, 2.17, (2.18), 12.19

2
(36) 

Mon. 11-09-05 13-15 E:C L3 MT Technology, Layout & Passive components
pages 78-88, 127-152
  Wed. 11-09-07
15-17 E:B L4 MT Single transistor and multiple transistor amplifiers
pages 169-173, 178-182, 185-191, 194-196, 199-201, 205-211,  (212-214), 217-229,  (234-244).
  Thu. 11-09-08

08-10

E:3318 E2   JL Problems 2.1, 2.2, 2.15 and old exam problems (see Course Material)

3
(37) 

Mon. 11-09-12 13-15 E:C L5
  MT Current mirrors & active loads
pages 251-253, 255-258, 264-272, 275-297, (300-301), (303-315).
Wed. 11-09-14 15-17 E:B L6
  MA Output stages & Frequency response
pages 353-359,  379-387, (388-395),
490-495, 499-505, 511-516, 517-519, 527-529, 534-536, 542-544, (624-643), (664-681)
  Thu. 11-09-15

08-10

E:3318 E3   MA
Problems 3.4, 3.7, 3.9, (3.14), 3.15, 3.23, (3.25), (3.27)
4.3, 4.5, 4.10 (one Iref only), 4.14, (4.15), (4.17), (4.34)

4
(38) 

Mon. 11-09-19 13-15 E:C L7 MT CAD tools, Cadence
  Tue. 11-09-20 13-17 E:2435  Lab1 1 JL, ML Group 1 
  Wed. 11-09-21 08-12 E:2435 Lab1 2 JL, ML Group 2
Wed. 11-09-21 15-17 E:B L8
  MT

OP-amps and frequency compensation...

pp. 400-407, 415-446,
(553-574), (579-593), (599-610), (612-615), 643-654, 681-686, (687-693)

  Thu. 11-09-22

08-10

E:3318 E4   JL
Problems 7.2, 7.5, 7.18, (7.28), 7.29, 7.33, 7.39, (7.42), 7.48
Ignore ZTC and SCTC in all problems!

5
(39) 

Mon. 11-09-26 13-15 E:C L9 MT

...OP-amps and frequency compensation. Bandgap refs.
pp. 297-325

  Tue. 11-09-27 13-17 E:2435
Lab2 1 JL, ML Group 1
  Wed. 11-09-28 08-12 E:2435 Lab2 2 JL, ML Group 2
  Thu. 11-09-29

08-10

E:3318 E5   JL
Problems 6.1, (6.2), 6.4, 6.5, (6.7), 6.10, (6.11), 6.12, (6.15), 6.18

6
(40) 

Mon. 11-10-03
13-15 E:C L10 MT
Noise
pp. 736-745, 746-750, 753-757, 762-764, (764-768), 776-786, (786-790)
  Tue. 11-10-04 13-17 E:2435 Lab3 1 JL, ML Group 1
  Wed. 11-10-05 08-12 E:2435 Lab3 2 JL, ML Group 2
  Thu. 11-10-06

08-10

E:3318 E6   JL
Problems 9.1, 9.2, 9.5, (9.6), (9.8), 9.21, 9.25 (W/L9=100/8), (9.31), (9.37)
11.5, 11.8

7
(41) 

Mon. 11-10-10 13-15 E:C L11
MT Differential OP-amps
pp. 796-811, (811-820), 823-833, (833-864)
  Thu. 11-10-13 08-10 E:3318 E7
  JL
Problems 11.24, 11.28, 12.1, (12.9), (12.10),  12.16, (12.20)

MT = Markus Törmänen

JL = Jonas Lindstrand 

MA = Mattias Andersson 

ML = Martin Liliebladh

             L = Lecture, E = Exercise, Lab = Laboratory

Exam: Wednesday Oct. 19th, 8.00-13.00, room Vic:2D.

 

Comments:

Lectures:

   Generally, only CMOS parts in the book are taken into account.

   Pages in brackets are supplementary reading and may help you get a better understanding or refresh previous knowledge.

Exercises:

    The course data sheet is to be used for all problems, not the data given in chapter 2 in the book.

    If MOSFET voltage ranges are given in the problem, please scale these ranges to the technology we use. For example, a supply voltage of 3V is not allowed in our technology, and this should thus be scaled to 1.2V instead.

    SPICE simulations are left as an exercise to the student. Problems in brackets () are useful to do but not to be prioritized.

(4th Edition Course book: The reading instructions and exercise problem numbers for the 4th edition course book (corresponding to the 5th edition) are found here.)

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