Homework
assignments, Video Lectures, and Project Information for ECG 721 Low
Noise
Electronics, Fall 2012
Course
final projects – develop a one hour lecture/tutorial presentation in
power
point (to present to the instructor and other students near the end of
the
semester) covering: 1) RTS noise in Flash memory (EH), 2) noise in CMOS
imagers
(JG), and 3) the origins of shot and thermal noise in MOSFETs, see
reference
[4] in Ch. 8 of the book (KH).
HW14 – due Monday, November
26, A22.11
HW13 – due Wednesday,
November 21, A21.31
HW12 – due Wednesday,
November 14, A20.31
HW11 – due Monday, November
5, A20.4, A20.6,
A20.8, and A20.17
HW10 – due Monday, October
29, A20.1–A20.2
HW9 – due Wednesday,
October 17, A8.13–A8.14 and A8.16
HW8 – due Wednesday,
October 10, A8.11–A8.12
and A9.19, A9.21
HW7 – due Monday, October
8, A8.10 and A9.15
HW6 – due Wednesday,
October 3, A8.9, A9.13,
and A9.16
HW5 – due Monday, October
1, A8.8 and A9.9–9.11
HW4 – due Wednesday,
September 26, A8.5–A8.6
and A9.6–A9.7
HW3 – due Monday,
September 24, A8.3–A8.4,
A9.4–A9.5, and A9.30
HW2 – due Monday,
September 10, A8.1–A8.2 and
A9.1–A9.2
HW1 – due Wednesday,
September 5, A1.1–A1.6
November
28 –
presentation, RTS noise in Flash memory
November
26 –
presentation, origins of shot and thermal
noise in MOSFETs
November
21 –
presentation, noise in CMOS imagers
November
14 –
read section 22.1.5 and then watch:
Noise
in Differential Amplifiers – ch22_noise_video (16:28), ch22_noise_notes.pdf,
and ch22_noise.zip
November
12 –
Veteran's day, no lecture
November
7 –
read sections in Ch. 21 covering the noise
performance of the common–source, cascode, and SF amplifiers and then
watch:
Noise
in Amplifiers – ch21_noise_video (35:30), ch21_noise_notes.pdf,
and ch21_noise.zip
November
5 – read sections 20.2.3 and 20.2.4, and then watch:
20.2.part2 Cascoding the
Current Mirror –
20.2.3 Wide–Swing,
Short–Channel Design and
20.2.4 Regulated
Drain Current Mirror – ch20_20_2_p2_video (29:00), ch20_20_2_p2_notes.pdf,
and ch20_20_2_p2.zip
Noise
in Current
Mirrors – ch20_noise_video (26:37), ch20_noise_notes.pdf,
and ch20_noise.zip
October
31 – read sections 20.2.1 and 20.2.2, and then watch:
20.2.part1 Cascoding the
Current Mirror –
20.2.1 The
Simple Cascode and
20.2.2 Low–Voltage
(Wide–Swing) Cascode – ch20_20_2_p1_video (36:05), ch20_20_2_p1_notes.pdf,
and ch20_20_2_p1.zip
October
29 – discuss exam and current mirrors, cover noise in current mirrors
October
24 – read sections 20.1.4, 20.1.5, 20.1.6, and then watch:
20.1.part3 Current Mirrors –
20.1.3 Biasing the Current
Mirror (the Beta–Multiplier Reference, BMR) and
20.1.4 Short–Channel Design – ch20_20_1_p3_video (42:31), ch20_20_1_p3_notes.pdf,
and ch20_20_1_p3.zip
20.1.part4
Current Mirrors – 20.1.5 Temperature Behavior and 20.1.6 Biasing in the Subthreshold Region – ch20_20_1_p4_video
(38:35), ch20_20_1_p4_notes.pdf,
and ch20_20_1_p4.zip
October
22 – midterm exam, open book, closed notes
October
17 – review for the exam
October
15 – read sections 20.1.1, 20.1.2, 20.1.3, and then watch:
20.1.part1 Current
Mirrors –
20.1.1 Long–Channel
Design and
20.1.2 Matching
Currents in the Mirror – ch20_20_1_p1_video (45:28), ch20_20_1_p1_notes.pdf,
and ch20_20_1_p1.zip
20.1.part2 Current Mirrors –
20.1.2 Matching Currents
in the Mirror and
20.1.3 Biasing
the Current Mirror – ch20_20_1_p2_video (50:01), ch20_20_1_p2_notes.pdf,
and ch20_20_1_p2.zip
October
10 – work example problems
October
8 – work example problems
October
3 – read sections 8.3.1, 8.3.2, and then watch:
8.3.part1 Discussion –
8.3.1 Correlation – ch8_8_3_p1_video (24:29)
and ch8_8_3_p1_notes.pdf
8.3.part2
Discussion – 8.3.2 Noise
and Feedback and 8.3.3 Some Final
Notes Concerning Notation – ch8_8_3_p2_video
(27:04) and ch8_8_3_p2_notes.pdf
October
1 – work example problems
September
26 – read sections 8.2.6, 9.3, and then watch:
8.2.part6 Circuit Noise –
8.2.5 Flicker Noise and
8.2.6 Other Noise Sources – ch8_8_2_p6_video (24:52), ch8_8_2_p6_notes.pdf,
and ch8_8_2_p6.zip
9.3 MOSFET Noise
Modeling – ch9_9_3_video
(16:06), ch9_9_3_notes.pdf,
and ch9_9_3.zip
September
24 – read sections 8.2.5, 9.2.1, 9.2.2, and then watch:
8.2.part5 Circuit Noise –
8.2.5 Flicker Noise – ch8_8_2_p5_video (31:09), ch8_8_2_p5_notes.pdf,
and ch8_8_2_p5.zip
9.2 Short–Channel
MOSFETs –
9.2.1 General Design (A
Starting Point) and
9.2.2 Specific
Design (A Discussion) – ch9_9_2_p1_video (33:57), ch9_9_2_p1_notes.pdf,
and ch9_9_2_p1.zip
September
19 – read sections 8.2.4, 9.1.3 and then watch:
8.2.part4 Circuit Noise –
8.2.4 Shot Noise – ch8_8_2_p4_video (33:38), ch8_8_2_p4_notes.pdf,
and ch8_8_2_p4.zip
9.1.part5 Long–Channel MOSFETs –
9.1.3 Temperature Effects – ch9_9_1_p5_video (36:35), ch9_9_1_p5_notes.pdf,
and ch9_9_1_p5.zip
September
17 – read sections 8.2.3 and then watch:
8.2.part3 Circuit Noise –
8.2.3 Signal–to–Noise
Ratio – ch8_8_2_p3_video (46:38)
and ch8_8_2_p3_notes.pdf
9.1.part4 Long–Channel MOSFETs – gmb, fT,
and ro
– ch9_9_1_p4_video
(40:13), ch9_9_1_p4_notes.pdf,
and ch9_9_1_p4.zip
September
12 – read section 8.2.2 and then watch:
8.2.part2 Circuit Noise –
8.2.2 Thermal Noise – ch8_8_2_p2_video (37:43), ch8_8_2_p2_notes.pdf and ch8_8_2_p2.zip
9.1.part3 Long–Channel MOSFETs – Example 9.5 – ch9_9_1_p3_video (43:30), ch9_9_1_p3_notes.pdf,
and ch9_9_1_p3.zip
September
10 – read sections 8.2/8.2.1, 9.1.2, and then watch:
8.2.part1 Circuit Noise –
8.2.1 Calculating and
Modeling Circuit Noise – ch8_8_2_p1_video (32:17)
and ch8_8_2_p1_notes.pdf
9.1.part2 Long–Channel MOSFETs –
9.1.2 Small–Signal Models – ch9_9_1_p2_video (41:15), ch9_9_1_p2_notes.pdf,
and ch9_9_1_p2.zip
September
5 – read sections 8.1/8.1.1/8.1.2, 9.1/9.1.1 and then watch:
8.1 Signals –
8.1.1 Power
and Energy and
8.1.2 Power
Spectral Density – ch8_8_1_video (39:00)
and ch8_8_1_notes.pdf
9.1.part1 Long–Channel MOSFETs –
9.1.1 The Square–Law
Equations – ch9_9_1_p1_video (34:40), ch9_9_1_p1_notes.pdf,
and ch9_9_1_p1.zip
August
29 – read section 1.3 and then watch:
1.3.part1 An
Introduction to SPICE – ch1_1_3_p1_video (37:44)
and ch1_1_3_p1.zip
1.3.part2 An
Introduction to SPICE – ch1_1_3_p2_video (30:11)
and ch1_1_3_p2.zip
If further LTspice
help is needed watch
videos here.
Also watch the first
RC circuit video
located here.