logic and computer design fundamentals

Logic and Computer Design Fundamentals

Mano AND Kime

4th edition

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Chapter 1	Slides	Handout
Chapter 2	Slides_Part_1 Slides_Part_2 Slides_Part_3	Handout_Part_1 Handout_Part_2 Handout_Part_3
Chapter 3	Slides_Part_1 Slides_Part_2	Handout_Part_1 Handout_Part_2
Chapter 4	Slides	Handout
Chapter 5	Slides_Part_1 Slides_Part_2 Slides_Part_3	Handout_Part_1 Handout_Part_2 Handout_Part_3
Chapter 6	Slides_Part_1 Slides_Part_2 Slides_Part_3 Slides _Part 4	Handout_Part_1 Handout_Part_2 Handout_Part_3 Handout_Part_4
Chapter 7	Slides_Part_1 Slides_Part_2 Slides_Part_3	Handout_Part_1 Handout_Part_2 Handout_Part_3
Chapter 8	Slides	Handout
Chapter 9	Slides_Part_1 Slides_Part_2 Slides_Part_3	Handout_Part_1 Handout_Part_2 Handout_Part_3

Unicode

More Optimization

Advanced Technology Mapping

Logic Analysis

Carry-Lookahead Adders

Multipliers and Dividers

Decimal Arithmetic

Design & Analysis Using JK and T Flip-Flops

More on CMOS Circuit-Level Design

Combinational Hazards

VLSI Programmable Logic Devices

Microprogrammed Control

Error Detection and Correction Codes

Traditional CISC Design

Chapter	File Format:Size	Errata
1	PDF: 41 KB
2	PDF: 53 KB
3	PDF: 56 KB
4	PDF: 50 KB
5	PDF: 120 KB
6	PDF: 35 KB	Problem 6-10, Part (e): Express answer as 1,333 MHz as stated in the problem.
7	PDF: 95 KB
8	PDF: 25 KB
9	PDF: 42 KB
10	PDF: 40 KB
11	PDF: 55 KB
12	PDF: 41 KB
13	PDF: 31 KB

Chapter	Text Source	File
4	Figure 4-20	decoder_2_to_4_st_v.v
	Figure 4-21	multiplexer_4_to_1_st_v.v
	Figure 4-22	decoder_2_to_4_df_v.v
	Figure 4-23	multiplexer_4_to_1_df_v.v
	Figure 4-24	multiplexer_4_to_1_cf_v.v
	Figure 4-25	multiplexer_4_to_1_tf_v.v
	Figure 4-26	adder_4_v.v
	Figure 4-27	adder_4_b_v.v
5	Figure 5-34	dff_v.v
	Figure 5-35	seq_rec_v.v
7	Figure 7-32	srg_4_r_v.v
	Figure 7-33	count_4_r_v.v

Chapter 1

Chapter 2

Chapter 3

Chapter 4

Chapter 5

Chapter 6

Chapter 7

Chapter 8

Chapter 9

Chapter 10

Chapter 11

Chapter 12

Chapter 13