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Lectures will take place in E:2311. Exercise sessions will be held in E:2311 as well. Labs will take place in E:2435 (Rödnäbba / Blåtunga).

Week 44 (October 30 - November 3):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10
10-12					Exercise 1 Problems 1.15, 1.16, 2.12, 2.17, 2.18, 12.19 (it is 12.19!) 65nm CMOS Process Data Sheet (old data sheet)
13-15
15-17	Lecture 1 Introduction & MOS transistor pp. 1-8, 38-73	Lecture 2 MOS transistor

Week 45 (November 6 - 10):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10
10-12					Exercise 2 Problems 2.15; exam problems: Jan2014:P2, April2020:P1; 3.4, 3.7
13-15
15-17	Lecture 3 Technology, layout and passives pp. 78-88, 127-152	Lecture 4 Basic amplifier stages pp. 169-173, 178-182, 185-191, 194-196, 199-201, 205-211, (212-214), 217-229, (234-244) Presentation by Andreas Axholt from Nordic Semiconductors: From student to IC designer

Week 46 (November 13 - 17):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10
10-12					Exercise 3 Problems 3.14, 3.15, (3.23, 3.25); 4.3, 4.5, (4.10, 100uA Iref only), 4.14, (4.15, 4.17)
13-15
15-17	Lecture 5 Current mirrors & active loads pp. 251-253, 255-258, 264-272, 275-297, (300-301), (303-315)	Lecture 6 Frequency response of basic stages pp. 353-359, 379-387, (388-395), 490-495, 499-505, 511-516, 517-519, 527-529, 534-536, 542-544, (624-643), (664-681)

Week 47 (November 20 - 24):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10					Lab 1
10-12					Lab 1
13-15				Lab 1	Lab 1
15-17	Lecture 7 CAD tools, simulations and layout	Exercise 4 Problems 7.2 (dominant pole only), 7.5, Jan2023:P1, (7.18), 7.29a&b, (7.33), 7.39		Lab 1	Lab 1
17-21

Week 48 (November 27 - December 1):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10					Lab 2
10-12					Lab 2
13-15				Lab 2	Lab 2
15-17	Lecture 8 Operational amplifiers and frequency compensation pp. 400-407, 415-446, (553-574), (579-593), (599-610), (612-615), 643-654, 681-686, (687-693)	Exercise 5 Problems 6.1, (6.4), April2021:P2, Jan2022:P5, Jan2023:P5, April2022:P2		Lab 2	Lab 2
17-21

Week 49 (December 4 - 8):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10					Lab 3
10-12					Lab 3
13-15				Lab 3	Lab 3
15-17	Lecture 9 Noise pp. 736-745, 746-750, 753-757, 762-764, (764-768), 776-786, (786-790)	Exercise 6 Problems 9.2, 9.5, 9.6, Jan2021:P4, Jan2022:P4, Jan2023:P4		Lab 3	Lab 3
17-21

Week 50 (December 11 - 15):

	Monday	Tuesday	Wednesday	Thursday	Friday
8-10
10-12
13-15					Exercise 7 Problems 11.26 (using the opamp of Jan2021:P4), Jan2020:P5, Jan2022:P3, April2021:P5
15-17	Lecture 10 Differential OP-amps pp. 796-811, (811-820), 823-833, (833-864)	Lecture 11 Voltage and current references pp. 297-325

HARD DEADLINE for lab reports: Wednesday Dec. 13th

Written re-re-examination: Thursday, August 29th, 2024, E:2517, 14:00-19.00

Course book, lecture printouts, 65nm CMOS process data sheet, and calculator ARE ALLOWED (but NOTHING ELSE)

Comments:

Lectures:

Generally, only CMOS parts in the book are covered.

Pages in brackets are supplementary reading.

Exercises:

The 65nm CMOS Process Data Sheet (new version Autumn 2021) is to be used for all problems.

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, but should not be prioritized.

(4th Edition Course book: The reading instructions and problem numbers for the 4th edition of the book are found here.)

Elektro- och informationsteknik

Lunds Tekniska Högskola | Lunds universitet

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