Date |
Lectures |
Reading
(Sedra/Smith) |
HW |
Lab
|
9/13 |
Syllabus [PDF] and Introduction [PDF1][PDF2][marked]
|
1.1-1.4 |
|
|
9/15 |
Mid-Autumn Festival
|
9/20 |
No Class
|
|
|
Software
- MultiSim [download] [tutorial]
- LabView [download] [tutorial]
- Lab Group Info [pdf]
|
9/22 |
No Class
|
9/27 |
Review:Frequency response, Bode plot, amplifier models, input/output resistance [PDF][marked]
|
1.5-1.6
2.1-2.4 |
HW 1[PDF] |
Lab 0 [PDF] [worksheet]
- Elvis II [tutorial]
- My DAQ [tutorial]
- Curve Tracer [vi] [tutorial]
|
9/29 |
Review: Ideal Op Amps[PDF][marked]
|
10/04 |
National Day Golden Week
|
2.6-2.8
| |
|
10/08 |
Non-Ideal Op Amps:finite gain, bandwidth [PDF][marked]
|
10/11 |
Non-Ideal Op Amps:feedback, slew rate (same PDF)
|
3.1-3.3 |
HW 2[PDF] |
|
10/13 |
Semiconductors:electrons, holes, current[PDF][marked]
|
10/18 |
PN Junction: diodes, junction capacitance, diode model, circuit[PDF][marked]
|
3.4-3.6
4.1-4.3 |
HW 3[PDF]
|
Lab 1 prelab worksheet [PDF]
Lab 1 [PDF]
Lab 1 lab worksheet [PDF]
|
10/20 |
MOSFET: physics of MOSFET, regions of operation[PDF][marked]
|
10/25 |
MOSFET:DC analysis, model[PDF][marked]
|
5 |
HW 4[PDF] |
|
10/27 |
MidTerm 1
|
11/01 |
Bipolar junction transistor (BJT):physics, regions of operation[PDF][marked]
|
6.1-6.3 |
HW 5[PDF] |
Lab 2 prelab worksheet [PDF]
Lab 2 [PDF]
Lab 2 lab worksheet [PDF]
Lab 2 Primer1 [PDF]
Lab 2 Primer2 [PDF]
|
11/03 |
BJT:DC analysis, biasing model[PDF][marked]
|
11/08 |
Transistor amplifiers[PDF][marked]
|
7.1-7.3 |
HW 6[PDF] |
|
11/10 |
Small signal models (same PDF)
|
11/15 |
Singel transistor amplifier configurations[PDF][marked]
|
7.4-7.5 |
|
Lab 3 prelab[PDF]
Lab 3 prelab worksheet [PDF]
Lab 3 [PDF]
Lab 3 lab worksheet [PDF]
npn_2N4401.mod [zip]
mos_BS140.mod [zip]
|
11/17 |
Bias circuit[PDF][marked]
|
11/22 |
Discrete circuit amplifiers[PDF][marked]
|
8.1-8.3 |
HW 7[PDF] |
|
11/24 |
IC biasing, current mirrors[PDF][marked]
|
11/29 |
Basic IC gain cells with current source loads[PDF][marked]
|
8.4-8.6 |
|
|
12/01 |
MidTerm 2
|
12/06 |
Cascode amplifiers[PDF][marked]
|
8.7
9.1-9.2 |
HW 8[PDF] |
Lab 4 prelab [PDF]
Lab 4 [PDF]
Lab 4 lab worksheet [PDF]
|
12/08 |
Differential pair[PDF][marked]
|
12/13 |
Differential amplifiers[PDF][marked]
|
9.3-9.5 |
HW 9[PDF] |
Lab 5 prelab[PDF]
Lab 5 prelab worksheet [PDF]
Lab 5 lab [PDF]
Lab 5 lab worksheet [PDF]
2n4401[PDF];2n4403[PDF];
bs170[PDF];
2n4403_model[zip]
|
12/15 |
Multi stage amplifiers[PDF][marked]
|
12/20 |
Low frequency response[PDF][marked]
|
10.1 |
HW 10[PDF] |
|
12/22 |
Short Circuit Time Constant(SCTC)[PDF][marked]
|
12/27 |
High frequency transistor model[PDF][marked]
|
10.2-10.7 |
|
Lab 6 prelab[PDF]
Lab 6 prelab worksheet [PDF]
Lab 6 lab [PDF]
Lab 6 lab worksheet [PDF]
2n4401[PDF]
2n4401_model[zip]
|
12/29 |
Amplifier high frequency response, OCTC, Miller effect[PDF][marked]
|
1/3 |
Final Exam 2:00pm-4:00pm
|
|
|
|