Solid-State Circuits

Calendar

LEC #	TOPICS	KEY DATES
1	Introduction, bipolar transistor model
2	BJT dynamics	Problem set 1 due
3	Common-emitter amplifiers	Problem set 2 due
4	Emitter-coupled and cascode amplifiers
5	Open-circuit time constants	Problem set 3 due
6	Open-circuit time constants (cont.)
7	Design example	Lab 1 due
8	Biasing multistage amplifiers
9	Short-circuit time constants	Problem set 4 due
10	Op-amp applications
11	Op-amp applications (cont.)	Problem set 5 due
12	Direct-coupled amplifiers
	Midterm quiz
13	741 op-amp
14	Op-amp compensation	Lab 2 due
15	Transimpedance amplifiers
16	Translinear principle	Problem set 6 due
17	Translinear circuits	Problem set 7 due
18	Voltage references
19	Introduction to charge control	Problem set 8 due
20	Inverted-region operation	Problem set 9 due
21	Saturation
22	Model for base-region dynamics	Design problem due
23	Space-charge layer effects
24	TTL inverter