Disclaimer:  This is a rough schedule of topics we will cover this quarter. It is subject to change. As mentioned in class, the lectures don't follow the text closely.
	The readings listed are to provide some backup to the material covered in lecture.  There are topics we will cover in the lecture which do not appear in the text.  There are topics in the text we will not cover.
	Also we will often talk about the labs and design tools in class, either in anticipation of the Lab Assignments or in response to questions.
	Week		Date	Topics	Due	Reading 3rd Edition and Custom Text	Reading 1st and 2nd Editions
	1	9-Jan	Monday	Switching Theory, Boolean functions and expressions, Truth Tables		Section 2.1-2.3	Section 2.1-2.3
		11-Jan	Wednesday	Course overview, Boolean Algebra		Section 2.5	Section 2.5
		13-Jan	Friday	Logic networks, timing diagrams, Venn diagrams, Min-terms		Section 2.4	Section 2.4
	2	16-Jan	Monday	HOLIDAY		Section 2.6-2.8	Section 2.6-2.8
		18-Jan	Wednesday	Max-terms, Synthesis, SOP, POS, NAND-NAND, NOR-NOR	Homework 1	Section 2.11-2.12	Section 4.1-4.2
		20-Jan	Friday	K-maps		Section 4.1-4.3	Sections 6.1-6.3
	3	23-Jan	Monday	Multiplexers
		25-Jan	Wednesday	Kmaps SOP, POS		Section 2.13	Section 4.3
		27-Jan	Friday	5-variable Kmaps, Don't Cares	Homework 2	Section 2.14	Section 4.4
	4	30-Jan	Monday	The D Flip-Flop, shift registers, serial parity checker		Sections 5.7-5.8	Sections 7.7-7.8
		1-Feb	Wednesday	Counters	Homework 3	Sections 5.9.2-5.9.3, 5.11-5.11.2, skip 5.9.1	Sections 7.9.2-7.9.3, 7.11-7.11.2, skip 7.9.1
		3-Feb	Friday	Midterm 1
	5	6-Feb	Monday	Analysis of Sequential Circuit, State Diagram, Dead states, Synchronizers		Section 6.1, pages 397-398	Section 8.1, pages 555-556
		8-Feb	Wednesday	Synthesis of Sequential Circuit, Mealy and Moore		Sections 6.1 and 6.3	Sections 8.1 and 8.3
		10-Feb	Friday	Synthesis, One-Hot encoding		Section 6.2	Section 8.2
	6	13-Feb	Monday	TAPS Bike Counter		Slides	Slides
		15-Feb	Wednesday	Arbiter, Mealy vs Moore, Combinational Loops,		Section 6.8	Section 8.8
		17-Feb	Friday	Combinational Loops, State minimization	Homework 4	Section 6.6	Section 8.6
	7	20-Feb	Monday	HOLIDAY
		22-Feb	Wednesday	Other FFs, Activation tables, Modifying counters		Section 7.4	Section 10.2.3
		24-Feb	Friday	Lab 7 demo,
	8	27-Feb	Monday	Sequential multiplier
		1-Mar	Wednesday	Horner's Rule	Homework 5
		3-Mar	Friday	Midterm 2
	9	6-Mar	Monday	CMOS transistor networks		Sections B.1-B.3	Sections 3.1-3.3
		8-Mar	Wednesday	CMOS, delay, static timing vs dynamic		Delay Slides	Delay Slides
		10-Mar	Friday	Design of D FFs and timing requirements		FF Slides, Sections 5.1-5.4	FF Slides, Sections 7.1-7.4
	10	13-Mar	Monday	FFs(cont), Lab 8, Noise Margins, Fanout, Datasheets		Section B.8-B.8.4,B.8.9	Section 3.8
		15-Mar	Wednesday	FPGA Editor, Timing Report, Asynchronous Outputs		SROM Slides	SROM Slides
		17-Mar	Friday	Transmission Gates, Tri-state, Review	Homework 6	Section B.8.7,B.8.8,B.8.10, Tri-state slides	Section 3.9, Tri-state slides
	Finals week	23-Mar	Thursday	4-7pm Final exam