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Calendar

This section contains the various schedules for the course. The session number is provided as a means of linking across the calendars.

Lecture Schedule


LEC #	SES #	TOPICS


Fundamentals


1	1	Introduction


2	2	Electrons, Photons and Phonons


3	3	Carrier Statistics in Equilibrium


4	4	Carrier Statistics in Equilibrium (continued)


5	5	Carrier Generation and Recombination


6	6	Carrier Generation and Recombination (continued), Carrier Drift and Diffusion


7	7	Carrier Drift and Diffusion


8	9	Carrier Drift and Diffusion (continued)


9	11	Carrier Drift and Diffusion (continued)


10	12	Carrier Drift and Diffusion (continued), Carrier Flow


11	13	Carrier Flow (continued)


12	16	Carrier Flow (continued)


13	17	Carrier Flow (continued)


Metal-Semiconductor Junction


14	18	Carrier Flow (continued), Metal-Semiconductor Junction


15	20	Metal-Semiconductor Junction (continued)


16	21	Metal-Semiconductor Junction (continued)


17	22	Metal-Semiconductor Junction (continued)


p-n Junction


18	24	p-n Junction


19	25	p-n Junction (continued)


20	26	p-n Junction (continued)


21	27	p-n Junction (continued)


Metal-Oxide-Semiconductor Structure


22	28	The Si Surface and the Metal-Oxide-Semiconductor Structure


23	30	The Si Surface and the Metal-Oxide-Semiconductor Structure (continued)


24	31	The Si Surface and the Metal-Oxide-Semiconductor Structure (continued)


25	32	The Si Surface and the Metal-Oxide-Semiconductor Structure (continued)


MOS Field-Effect Transistor


26	34	The Si Surface and the Metal-Oxide-Semiconductor Structure (continued), The "Long" Metal-Oxide-Semiconductor Field-Effect Transistor


27	35	The "Long" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


28	37	The "Long" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


29	38	The "Long" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


30	39	The "Long" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


31	41	The "Short" Metal-Oxide-Semiconductor Field-Effect Transistor


32	42	The "Short" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


33	43	The "Short" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


34	45	The "Short" Metal-Oxide-Semiconductor Field-Effect Transistor (continued)


Bipolar Junction Transistor


35	46	Bipolar Junction Transistor


36	47	Bipolar Junction Transistor (continued)


37	48	Bipolar Junction Transistor (continued)


38	49	Bipolar Junction Transistor (continued)


39	50	Bipolar Junction Transistor (continued)


40	52	Bipolar Junction Transistor (continued)

Recitation Schedule


RECITATION #	SES #	CONTENTS


1	6	Carrier Statistics in Equilibrium; Generation and Recombination


2	9	Carrier Dynamics; Drift and Diffusion


3	14	Non-Uniform Doping Distribution; Quasi-Fermi Levels


4	19	Majority Carrier Situations; Minority Carrier Situations: Statics and Dynamics


5	25	Metal-Semiconductor Junction; Schottky Diode


6	29	pn Junction; pn Diode


7	33	MOS Structure


8	40	Long MOSFET


9	44	Short MOSFET


10	51	Invited Lecture by Prof. Tuller


11	53	BJT

Homework Schedule


HOMEWORK #	CONTENT	ISSUED SES#	DUE SES#


1	Carrier Statistics in Equilibrium	4	7


2	Generation and Recombination	7	10


3	Drift and Diffusion; Non-Uniform Doping Distribution	10	15


4	Majority and Minority-Carrier Situations: Statics and Dynamics	15	20


5	Metal-Semiconductor Junction; Schottky Diode	24	26


6	pn Junction; pn Diode	26	30


7	MOS Structure	30	34


8	Long MOSFET	38	41


9	Short MOSFET; Bipolar Transistor	48	50


Device Characterization Project 1	pn Diode	4	8


Device Characterization Project 2	MOSFET	24	28


Device Characterization Project 3	BJT	41	47


Design Project: Short-Channel	MOSFET	39	48

Quiz and Exam Schedule


SES #	EXERCISE	MATERIAL


23	Quiz #1	Fundamentals


36	Quiz #2	Metal-Semiconductor Junction, p-n Junction, Metal-Oxide-Semiconductor Structure


58	Final Exam	All, but emphasis on MOS Field-Effect Transistor and Bipolar Junction Transistor