61 sample documents related to ECE 263

• 
  Hw_26Jan09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Homework 26 Jan 09 Textbook: Sec 1.4 - 1.5 Sec 2.1 pages 33 - 45 pages 49 - 66 M68HC11E.pdf Chp 4 pages 65-78
   
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  Lab2_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 2 Programming Cosmic Spring 09 Page 2 of 5 Object: For this lab you will be using the Cosmic CX6811 Integrated Development Environment (IDE). The IDE is a graphical interface which combines all of the soft
   
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  Hw_9Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 9 Feb 09 Assignment 4: Due Feb 13 Write a short assembly language program for the following task. Write a program to convert the contents of a block of RAM into ASCII hex and leave the results in another block of RAM. Upon startup, th
   
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  Timer_Diagram.pdf

  UMass Dartmouth ECE 263
  

  MC68HC11 Timer Sub-system TMSK2 $1024 00 = DIV BY 1 01 = DIV BY 4 10 = DIV BY 8 11 = DIV BY 16 1 0 from/to CPU DATA BUS E PRE- SCALE $100E/0F COUNTER TCNT OFLOW to TFLG2, bit 7 16 16 TOCx PA2 = TIC1 PA1 = TIC2 PA0 = TIC3 PA3 = TIC4 * x4/5 L
   
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  M68HC11EVBU2.pdf

  UMass Dartmouth ECE 263
  

  M68HC11EVBU2/D April 1998 M68HC11EVBU UNIVERSAL EVALUATION BOARD USERS MANUAL ADDENDUM MOTOROLA Inc. 1990, 1998; All Rights Reserved Motorola reserves the right to make changes without further notice to any products herein to improve reliability,
   
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  Lab1_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 1 Spring 09 Introduction to Programming Model Lab 1 Introduction: Programming Model Spring 08 Page 2 of 5 Object: For this lab you will be using the Cosmic ZAP Simulator to enter and debug some simple MC68HC11 programs Material: You
   
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  ECE263_Syllabus_sp09.doc

  UMass Dartmouth ECE 263
  

  ECE 263 Embedded System Design Spring 2009 Syllabus Instructor: David Lincoln Office: Grp II, Room 209B Phone 401-619-1915 Email: dlincoln@umassd.edu Office Hours: M/W/F 1:00 2:00 or by appointment Catalog Data: A study of embedded system design
   
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  Hw_25Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 25 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 6 (pages 271 - 284) Assignment 7: Due Mon, Mar 1 1. Briefly describe implicit (partial) address decoding. How is it different from explicit (full) address decoding? Also
   
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  Lab3_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 3 Project Board - Buffalo Monitor Lab 3 Project Board & Buffalo Monitor Object: For this lab you will be using the Buffalo Monitor Debugger to test programs on an MC68HC11 on the Project Board. Equipment Required: You will need an MC68
   
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  Hw_4Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 4 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 3 (pages 115 - 145) Assignment 3: Due Mon, Feb 9 Write a short assembly language program for the following task. Assume that your program starts at $C000. Write a program
   
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  Hw_30Jan.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 30 Jan 09 MC68HC11 Programming Reference Guide: M68HC11ERG.pdf Review Instruction Set (pages 13 thru 20) Textbook: Microcomputer Engineering, Miller Read Sections 2-2 thru 2-5 Assignment 2: Due Wed, Feb 4 Write a program to test a
   
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  M68HC11ERG.pdf

  UMass Dartmouth ECE 263
  

  Reference Guide M68HC11ERG/AD Rev. 1, 6/2002 M68HC11E Series Programming Reference Guide Block Diagram MODA/ MODB/ LIR VSTBY XTAL EXTAL E IRQ XIRQ/VPPE* RESET OSC MODE CONTROL CLOCK LOGIC INTERRUPT LOGIC ROM OR EPROM (SEE TABLE) PULSE ACCUMULATO
   
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  Lab4_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 4 Logic Analyzer Introduction Lab 4 Logic Analyzer Introduction Page 3 of 10 Object: For this lab you will be using an Agilent 16801 logic analyzer to examine the operation of a program running in the MC68HC11. Preparation: You will n
   
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  Lab5_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 5 Parallel Port LED Display Page 2 of 8 Intentionally left blank Lab 5 Parallel Ports & LED Display Page 3 of 8 Object: For this lab you will be using an HC11 Project Board to examine the use o
   
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  Lab6_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 6 Timer Sub-System Lab 6 Timer Sub-System Object: For this lab you will be using the timer sub-system of the MC68HC11 to create some output waveforms. Preparation: You will need the MC68HC11 Project Board, power supply, cable, and the
   
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  Lab_Project_sp08.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab Project Temperature Display Unit Lab Project Objective Temperature Display Unit You are to design a temperature display unit that will measure the ambient temperature of two locations and then will display the result from either channe
   
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  lab7_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 7 A/D Converter Lab 7 A/D Converter Object: In this experiment you will calculate the ambient temperature using a Negative Temperature Coefficient (NTC) Thermistor using the A/D port of the MC68HC11. Preparation: You will need the MC68
   
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  lab8_sp09.pdf

  UMass Dartmouth ECE 263
  

  ECE 263 Lab 8 SPI Port LED Display Object: For this lab you will be using an HC11 Project Board to examine the operation of the SPI port to display numbers on multiple digits of seven segment LEDs. Equipment Required
   
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  Parallel_Port.pdf

  UMass Dartmouth ECE 263
  

   
   
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  SCI_Port.pdf

  UMass Dartmouth ECE 263
  

   
   
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  SPI_Port.pdf

  UMass Dartmouth ECE 263
  

   
   
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  Hw_1Apr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 1 Apr 09 Assignment 10: Due Monday Apr 6 1. Using status polling, how can you determine if a low to high transition has occurred on timer input capture channel 3 (TIC3)? 2. What is the purpose of the COP? 3. How is timer output compa
   
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  Hw_3Aprr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 3 Apr 09 Read: Textbook - Section 7.11 (pages 401 -409 ) M68HC11E Family Data sheet - Chpt 3
   
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  Hw_6Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 6 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 4 (pages 151 - 162)
   
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  Hw_8Apr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 1 Apr 09 Read: Textbook 414 - 417 MC68HC11 Family Data Sheet Chpt 8 Assignment 11: Due Fri Apr 10 1. Define the following terms: a. range b. resolution c. offset 2. What is a \"ratio metric\" circuit? 3. In the circuit below, what is t
   
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  Hw_10Apr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 10 Apr 09 Read: Textbook 414 - 417 MC68HC11 Family Data Sheet Chpt 8 Assignment 12: Due Friday Apr 17 1. What pins of the MC68HC11 are used by the SPI port? 2. You are connecting the SPI to a shift register that clocks the data in o
   
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  Hw_13Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 13 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 4 (pages 151 - 184)
   
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  Hw_15Apr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 15 Apr 09 Read: Textbook Section 7.10 MC68HC11 Data Manual Chpt 7 Exam 2 Friday 24 Apr 09
   
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  Hw_17Apr09.doc

  UMass Dartmouth ECE 263
  

  ECE263 17 Apr 09 Exam 2 GII-Rm 227 Friday 24 Apr 09 Assignment 13: Due Apr 22 1. What pins of the MC68HC11 are used by the SCI port? 2. Using a bus clock of 2MHz, how do you select a baud rate of 9600 BAUD? Is it exactly correct, and if not why not
   
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  Hw_18Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 18 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 5 (pages 193 242) Assignment 5: Due Mon 23 Feb 09 Write a short assembly language program for the following task. Assume that your program starts at $C000. Write a subro
   
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  Hw_20Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 20 Feb 09 Textbook: Microcomputer Engineering, Miller Read Chpt 6 (pages 249 271) Assignment 6: Due Wed Feb 25 Draw a Block Diagram, generate a \"memory map\", and show the address range for a microprocessor based vending machine with
   
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  Hw_22Apr09.doc

  UMass Dartmouth ECE 263
  

  Exam 2 GII-Rm 227 Friday 24 Apr 09 Allowed items: 1. M68HC11E Programming Reference Guide 2. M68HC11E Family Data Sheet 3. M68HC11 Timer Sub-system Diagram (Note: you can print out a clean copy from class directory) 4. single 8x11 page of notes (sin
   
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  Hw_23Mar09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 23 Mar 09 Read: Textbook - Sections 6.9 thru 6.14 M68HC11E Family Data sheet - Chpt 5 Assignment 9: Due Friday, Mar 27 1. What is a maskable interrupt and how do you control the mask? 2. What is the difference between the XIRQ pin
   
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  Hw_25Mar09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 25 Mar 09 Read: Textbook - Section 7.4 (pages 330 334) Section 7.8 (pages 342 366) M68HC11E Family Data sheet - Chpt 9
   
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  Hw_27Feb09.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 27 Feb 09 Assignment 8: Due Wed, Mar 3 1. Show the contents of Port B and Port C on a cycle for cycle basis for the following instructions (assume expanded mode): ORG $A000 LDX #$2000 STX 0,X 2. How does the MC68HC11 select the operat
   
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  Hw_28Jan.doc

  UMass Dartmouth ECE 263
  

  ECE263 Homework 28 Jan 09 MC68HC11 Reference Manual: M68HC11RM.pdf Read Sections 6-5 (pages 213 - 228) Textbook: Microcomputer Engineering, Miller Read Sections 2-2 thru 2-5 Assignment 1: (attached) ECE263 Assignment 1: Due 30 Jan 1. What addressi
   
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  Cover Page.docx

  UMass Dartmouth ECE 263
  

  LAB 1 - INTRODUCTION TO PROGRAMMING MODEL UMassD Engineering ECE 263-Embedded System Design Professor Lincoln Lab Group Members: Stephen Shannon Alexander Ekholm Writer of the Lab: Alex Ekholm_. I hereby certify that I have read the and made correc
   
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  Lab Template.docx

  UMass Dartmouth ECE 263
  

  LAB 2 - INTRODUCTION TO PROGRAMMING MODEL UMassD Engineering Date performed: Date Submitted: ECE 263-Embedded System Design Professor Lincoln Lab Group Members: Stephen Shannon Alexander Ekholm Writer of the Lab: Alex Ekholm__. I hereby certify th
   
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  IDEAUsersGuide.pdf

  UMass Dartmouth ECE 263
  

  IDEA Integrated Development Environment for Embedded Applications User\'s Manual PC/Windows 95/98/NT Document Version 1.4 June 1999 Copyright COSMIC Software Inc 1999 All Trademarks are the property of their respective owners Page 2 TOC Table of
   
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  QuickStart_IDEA.pdf

  UMass Dartmouth ECE 263
  

  IDEA Integrated Development Environment for COSMIC Software C Compilers and ZAP Debuggers 1 Quick Start Guide PC/Windows 95/98/NT Document Version V1.2 July 1999 Copyright COSMIC Software Inc. 1999 All Trademarks are the property of their respectiv
   
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  cx6811_48c.pdf

  UMass Dartmouth ECE 263
  

  > B < 82 Soft ware Version 4.1 C Cross Compiler User\'s Guide for Motorola MC68HC11 Document Version 4.8 January 2000 Copyright COSMIC Software 1995, 2000 All Trademarks are the property of their respective owners Page -2 Table of Contents Pref
   
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  install_zap6805sim.pdf

  UMass Dartmouth ECE 263
  

  ZAP Source Level Cross Debugger Installation and Setup Guide ZAP Simulator Configuration for Motorola 68HC05 PC/Windows 95/98/NT Document Version 3.1 December 1999 Copyright COSMIC Software Inc 1994, 1996, 1998 All Trademarks are the property of th
   
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  install_zap6811mon.pdf

  UMass Dartmouth ECE 263
  

  ZAP Source Level Cross Debugger Installation and Setup Guide ZAP Monitor Configuration for Motorola 68HC11 PC/Windows 95/98/NT Document Version 3.2 December 1999 Copyright COSMIC Software Inc 1994, 1996, 1999 All Trademarks are the property of thei
   
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  zapmon.pdf

  UMass Dartmouth ECE 263
  

  Version 3.X ZAP C Source Level Cross Debugger User\'s Guide Monitor Configuration PC/Windows Host Document Version 3.2 December 1999 Copyright COSMIC Software Inc 1994, 1996, 1998, 1999 All Trademarks are the property of their respective owners TO
   
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  zapsim.pdf

  UMass Dartmouth ECE 263
  

  Version 3.X ZAP C Source Level Cross Debugger User\'s Guide Simulator Configuration PC/Windows Host Document Version 3.2 December 1999 Copyright COSMIC Software Inc 1994, 1996, 1998, 1999 All Trademarks are the property of their respective owners
   
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  01 Assignment One.docx

  UMass Dartmouth ECE 263
  

  Alex Ekholm ECE263 Assignment 1 Due 30 Jan 1. What addressing modes are supported by the following instructions: I RE IM DI EX IND IND N L M R T X Y H a. LDX X X X X X b. ASLD X c. BSR X d. DEC X X X e. STAB X X X 2. How do the following instructi
   
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  01 Assignment One.xlsx

  UMass Dartmouth ECE 263
  

  4. ADDRES OPCODE OPERAND ADDRESSIN S G MODE C000 C002 C005 C007 C00A C00C C010 C012 C015 LDAA STAA LDAA STAA LDAA STAA LDAA STAA JMP #$00 $1004 #$55 $1004 #$AA $1004 #$FF $1004 $C000 IMM EXT IMM EXT IMM EXT IMM EXT EXT DATA 86 00 B7 10 04 86 55 B7 10
   
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  02 Assignment Two.docx

  UMass Dartmouth ECE 263
  

  Alex Ekholm ECE263 Assignment 2 Due 04 Feb start: ORG $C000 LDX $8000 LDAA #$FF ; ; ; ; ; ; This program test memory from $8000 to $9FFF Ini tialize *Wri te Pattern Counter* Start of wri te_loop -wri tes a decrementing pattern ($FF > $00) to me
   
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  05 Assignment Five.txt

  UMass Dartmouth ECE 263
  

  ; ; ADD32 ; ; ADD32: ORG $C000 ; LDAB #$04 ; LOOP: LDAA $00,X ; ADDA $04,X ; STAA $00,Y ; INX ; INY ; DECB ; BNE LOOP ; TST $00,Y ; RTS ; ;;
   
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  07 Assignment Seven.docx

  UMass Dartmouth ECE 263
  

  Alex Ekholm ECE263 Assignment 7 Due 01 Mar 1. Briefly describe implicit (partial) address decoding. How is it different from explicit (full) address decoding? Also explain the advantages and disadvantages of each. Explicit (full) address decoding
   
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  M68HC11E.pdf

  UMass Dartmouth ECE 263
  

  M68HC11E Family Technical Data M68HC11 Microcontrollers M68HC11E/D Rev. 4, 7/2002 WWW.MOTOROLA.COM/SEMICONDUCTORS MC68HC11E Family Technical Data To provide the most up-to-date information, the revision of our documents on the World Wide Web will
   
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  M68HC11EVBU.pdf

  UMass Dartmouth ECE 263
  

  M68HC11EVBU/D REV 3 April 1997 M68HC11EVBU UNIVERSAL EVALUATION BOARD USER\'S MANUAL Information contained in this document applies to REVision (B) M68HC11EVBU Universal Evaluation Boards. MOTOROLA Inc. 1990, 1997; All Rights Reserved Motorola re
   
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  WhatYouNeed2KnoCuz.docx

  UMass Dartmouth ECE 263
  

  What you need to know: A logic analyzer is used to inspect the timing of binary signals. Oscilloscopes are different in that they commonly have two or four inputs but display a wide range of electrical signals, while logic analyzers have many inputs
   
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  Dev_Brd_Sch_R2.pdf

  UMass Dartmouth ECE 263
  

   
   
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  Lab02.docx

  UMass Dartmouth ECE 263
  

  LAB 2 - Programming and Cosmic UMassD Engineering ECE 263-Embedded System Design Professor Lincoln Lab Group Members: Stephen Shannon Alexander Ekholm Writer of the Lab: Alex Ekholm_. I hereby certify that I have read the and made corrections and a
   
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  Dev_Brd_R2_Assy.pdf

  UMass Dartmouth ECE 263
  

   
   
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  DevBrd_R2.xls

  UMass Dartmouth ECE 263
  

  Item 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 Qty 1 1 1 1 25 8 9 2 1 1 1 1 1 9 2 1 3 6 1 1 1 2 1 2 1 6 1 9 6 1 1 2 1 2 2 2 3 1 4 2 2 1 1 1 1 1
   
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  LAB03.docx

  UMass Dartmouth ECE 263
  

  LAB 3 - Project Board - Buffalo Monitor UMassD Engineering Date performed: Date Submitted: ECE 263-Embedded System Design Professor Lincoln Lab Group Members: Stephen Shannon Alexander Ekholm Writer of the Lab: Alex Ekholm_. I hereby certify that
   
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  lab04.docx

  UMass Dartmouth ECE 263
  

  LAB 2 - INTRODUCTION TO PROGRAMMING MODEL UMassD Engineering Date performed: March 9, 2009 Date Submitted: March 23, 2009 ECE 263-Embedded System Design Professor Lincoln Lab Group Members: Stephen Shannon Alexander Ekholm Writer of the Lab: Alex
   
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  Readings.txt

  UMass Dartmouth ECE 263
  

  vmax1 - 3.2V vmax2 = 1.96V Part2. vmax1 - 5.04 - 5.12 vmax2 - 2.88
   
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  Timer.pdf

  UMass Dartmouth ECE 263
  

  MC68HC11 Timer Sub-system TMSK2 $1024 00 = DIV BY 1 01 = DIV BY 4 10 = DIV BY 8 11 = DIV BY 16 1 0 from/to CPU DATA BUS E PRE- SCALE $100E/0F COUNTER TCNT OFLOW to TFLG2, bit 7 16 16 TOCx PA2 = TIC1 PA1 = TIC2 PA0 = TIC3 PA3 = TIC4 * x4/5 LATCH 16 16 16 T