EECE 218

 

Lecture Notes

 

Spring 2007

 

Lecture Description PDF file
1 Introduction 01 Intro.pdf
2 Coding binary and hex arithmatic 02 Coding,binary and hex arithmetic.pdf
3 Neumann Model 03 Neumann model.pdf
4 CPU12 Programmers Model, simple code 04 CPU12 Programmers Model, simple code.pdf
5  Addressing modes 05 Addressing modes.pdf
6 06 Subroutines,addressing modes 06 Subroutines,addressing modes.pdf
7 07 The assembler 07 The assembler.pdf
8 08 Branches,math,logic 08 Branches,math,logic.pdf
9 09 Multi-precision math, multiplication 09 Multi-precision math, multiplication.pdf
10 10 Arithmetic,logic instructions 10 Arithmetic,logic instructions.pdf
11 11 Floating point numbers 11 Floating point numbers.pdf
12 12 HCS12 Architecture 12 HCS12 Architecture.pdf
13 13 DA Conversion 13 DA Conversion.pdf
14 14 Interrupts 14 Interrupts.pdf
15 15 Timers 15 Timers.pdf
16 16 Serial port 16 Serial port.pdf
17 17 Debugging 17 Debugging.pdf
18 18 Bus systems 18 Bus systems.pdf
19 19 Address decoder design 19 Address decoder design.pdf
20 20 Bus electronics 20 Bus electronics.pdf
21 21 FSM Design 21 FSM Design.pdf
22 22 Fixedpoint arithmetic 22 Fixedpoint arithmetic.pdf
23 23 Other microcontrollers 23 Other microcontrollers.pdf
     
Files for lab    
hc12.inc   hc12.inc
Lab 10 Prog   lab10p2.asm
     
extra information    
9s12DP256 block structure   A 9S12DP256.pdf
9s12DP256 memory   B 9S12DP256 Memory.pdf

 


| EE-218  Homepage | Syllabus | Schedule | Lab News | Faculty | Contact Information | Lab Info | Project | software-download | Lecture Notes


Department of Electrical Engineering and Computer Science
Box 1824 Station B
Nashville, TN 37235
Phone: 322-2771
Fax: 343-6702


 | Search | Site Index | People Finder | Phone Directory | VUnet | VUmail | VU Library | Help |


Last Updated: Wednesday, April 18, 2007

Juan J. Rodriguez-Moscoso

Copyright 2005 Vanderbilt University