TEST BANK FOR The AVR Microcontroller And Embedded Systems Using Assembly And C By Muhammad Ali

CHAPTER 0: INTRODUCTION TO COMPUTING..................................................................... 5
SECTION 0.1: NUMBERING AND CODING SYSTEMS................................................... 5
SECTION 0.2: DIGITAL PRIMER ........................................................................................ 6
SECTION 0.3: SEMICONDUCTOR MEMORY .................................................................. 8
SECTION 0.4: CPU AND HARVARD ARCHITECTURE................................................ 10
CHAPTER 1: THE AVR MICROCONTROLLERS: HISTORY AND FEATURES.................. 11
SECTION 1.1: MICROCONTROLLERS AND EMBEDDED PROCESSORS............... 11
SECTION 1.2: OVERVIEW OF THE AVR FAMILY ....................................................... 11
CHAPTER 2: AVR ARCHITECTURE & ASSEMBLY LANGUAGE PROGRAMMING....... 13
SECTION 2.1: THE GENERAL PURPOSE REGISTERS IN THE AVR........................ 13
SECTION 2.2: THE AVR DATA MEMORY ...................................................................... 13
SECTION 2.3: USING INSTRUCTIONS WITH THE DATA MEMORY....................... 14
SECTION 2.4: AVR STATUS REGISTER.......................................................................... 15
SECTION 2.5: AVR DATA FORMAT AND DIRECTIVES.............................................. 16
SECTION 2.6: INSTRUCTION TO AVR ASSEMBLY PROGRAMMING AND .......... 17
SECTION 2.7: ASSEMBLING AN AVR PROGRAM........................................................ 17
SECTION 2.8: THE PROGRAM AND PROGRAM ROM SPACE IN THE AVR ......... 18
SECTION 2.9: RISC ARCHITECTURE IN THE AVR..................................................... 20
CHAPTER 3: BRANCH, CALL AND TIME DELAY LOOP .................................................... 21
SECTION 3.1: BRANCH INSTRUCTIONS AND LOOPING........................................... 21
SECTION 3.2: CALL INSTRUCTIONS AND STACK...................................................... 21
SECTION 3.3: AVR TIME DELAY AND INSTRUCTION PIPELINE........................... 22
CHAPTER 4: AVR I/O PORT PROGRAMMING ...................................................................... 24
SECTION 4.1: I/O PORT PROGRAMMING IN AVR ...................................................... 24
SECTION 4.2: I/O BIT MANIPULATION PROGRAMMING......................................... 25
CHAPTER 5: ARITHMETIC, LOGIC INSTRUCTIONS, AND PROGRAMS.......................... 29
SECTION 5.1: ARITHMETIC INSTRUCTIONS............................................................... 29
SECTION 5.2: SIGNED NUMBER CONCEPTS AND ARITHMETIC OPERATIONS 31
SECTION 5.3: LOGIC AND COMPARE INSTRUCTIONS............................................. 31
SECTION 5.4: ROTATE AND SHIFT INSTRUCTIONS AND DATA SERIALIZATION
................................................................................................................................................... 32
SECTION 5.5: BCD AND ASCII CONVERSION............................................................... 33
CHAPTER 6: AVR ADVANCED ASSEMBLY LANGUAGE PROGRAMMING................... 35
SECTION 6.1: INTRODUCING SOME MORE ASSEMBLER DIRECTIVES.............. 35
SECTION 6.2: REGISTER AND DIRECT ADDRESSING MODES ............................... 35
SECTION 6.3: REGISTER INDIRECT ADDRESSING MODE....................................... 36
SECTION 6.4: LOOK-UP TABLE AND TABLE PROCESSING..................................... 37
SECTION 6.5: BIT-ADDRESSABILITY............................................................................. 40
SECTION 6.6: ACCESSING EEPROM IN AVR................................................................ 42
SECTION 6.7: CKECKSUM AND ASCII SUBROUTINES.............................................. 45
SECTION 6.8: MACROS....................................................................................................... 48
CHAPTER 7: AVR PROGRAMMING IN C............................................................................... 49
SECTION 7.1: DATA TYPES AND TIME DELAYS IN C................................................ 49
SECTION 7.2: I/O PROGRAMMING IN C ........................................................................ 49
SECTION 7.3: LOGIC OPERATIONS IN C....................................................................... 51
SECTION 7.4: DATA CONVERSION PROGRAMS IN C................................................ 52
SECTION 7.6: MEMORY ALLOCATION IN C ................................................................ 53
CHAPTER 8: AVR HARDWARE CONNECTION .................................................................... 55
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 4
SECTION 8.1: ATMEGA32 PIN CONNECTION .............................................................. 55
SECTION 8.2: AVR FUSE BITS........................................................................................... 55
SECTION 8.3: EXPLAINING THE INTEL HEX FILE FOR AVR ................................. 55
SECTION 8.4: AVR PROGRAMMIN AND TRAINER BOARD ..................................... 56
CHAPTER 9: AVR TIMER PROGRAMMING IN ASSEMBLY AND C.................................. 57
SECTION 9.1: PROGRAMMING TIMERS 0, 1, AND 2................................................... 57
SECTION 9.2: COUNTER PROGRAMMING ................................................................... 59
SECTION 9.3: PROGRAMMING TIMERS IN C .............................................................. 60
Chapter 10: INTERRUPT PROGRAMMING IN ASSEMBLY AND C ..................................... 65
SECTION 10.1: AVR INTERRUPTS ................................................................................... 65
SECTION 10.2: PROGRAMMING TIMER INTERRUPTS ............................................. 65
SECTION 10.3: PROGRAMMING EXTERNAL HARDWARE INTERRUPTS ........... 68
SECTION 10.4: INTERRUPT PRIORITY IN THE AVR.................................................. 70
CHAPTER 11: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY AND C................... 71
SECTION 11.1: BASICS OF SERIAL COMMUNICATION............................................ 71
SECTION 11.2: ATMEGA32 CONNECTION TO RS232 ................................................. 71
SECTION 11.3: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY..................... 72
SECTION 11.4: AVR SERIAL PORT PROGRAMMING IN C........................................ 74
CHAPTER 12: LCD AND KEYBOARD INTERFACING ......................................................... 76
SECTION 12.1: LCD INTERFACING................................................................................. 76
SECTION 12.2: KEYBOARD INTERFACING .................................................................. 76
CHAPTER 13: ADC, DAC, AND SENSOR INTERFACING .................................................... 77
SECTION 13.1: ADC CHARACTERISTICS ...................................................................... 77
SECTION 13.2: ADC PROGRAMMING IN THE ATMEGA32....................................... 77
SECTION 13.3: SENSOR INTERFACING AND SIGNAL CONDITIONING ............... 78
SECTION 13.4: DAC INTERFACING................................................................................. 78
Chapter 14: RELAY, OPTOISOLATOR, AND STEPPER MOTOR INTERFACING WITH
AVR .............................................................................................................................................. 80
SECTION 14.1: RELAYS AND OPTOISOLATORS ......................................................... 80
SECTION 14.2: STEPPER MOTOR INTERFACING....................................................... 80
Chapter 15: INPUT CAPTURE AND WAVE GENERATION IN AVR .................................... 81
SECTION 15.1: WAVE GENERATION USING 8-BIT TIMERS..................................... 81
SECTION 15.2: WAVE GENERATION USING TIMER1................................................ 82
SECTION 15.3: INPUT CAPTURE PROGRAMMING..................................................... 84
SECTION 15.4: C PROGRAMMING .................................................................................. 84
Chapter 16: PWM AND DC MOTOR CONTROL ...................................................................... 87
SECTION 16.1: DC MOTOR INTERFACING AND PWM .............................................. 87
SECTION 16.2: PWM MODES IN 8-BIT TIMERS............................................................ 87
SECTION 16.3: PWM MODES IN TIMER1....................................................................... 89
Chapter 17: SPI PROTOCOL AND MAX7221 DESPLAY INTERFACING............................. 92
SECTION 17.1: SPI BUS PROTOCOL................................................................................ 92
SECTION 17.2: SPI PROGRAMMING IN AVR................................................................ 92
SECTION 17.3: MAX7221 INTERFACING AND PROGRAMMING............................. 92
Chapter 18: I2C PROTOCOL AND DS1307 RTC INTERFACING ........................................... 93
SECTION 18.1: I2C BUS PROTOCOL................................................................................ 93
SECTION 18.2: TWI PROGRAMMING IN AVR.............................................................. 93
SECTION 18.3: AVR TWI PROGRAMMING IN ASSEMBLY AN C............................. 93
SECTION 18.4: DS1307 RTC INTERFACING AND PROGRAMMING........................ 95
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 5
CHAPTER 0: INTRODUCTION TO COMPUTING
SECTION 0.1: NUMBERING AND CODING SYSTEMS
1.
(a) 1210 = 11002
(b) 12310 = 0111 10112
(c) 6310 = 0011 11112
(d) 12810 = 1000 00002
(e) 100010 = 0011 1110 10002
2.
(a) 1001002 = 3610
(b) 10000012 = 6510
(c) 111012 = 2910
(d) 10102 = 1010
(e) 001000102 = 3410
3.
(a) 1001002 = 2416
(b) 10000012 = 4116
(c) 111012 = 1D16
(d) 10102 = 0A16
(e) 001000102 = 2216
4.
(a) 2B916 = 0010 1011 10012, 69710
(b) F4416 = 1111 0100 01002, 390810
(c) 91216 = 1001 0001 00102, 232210
(d) 2B16 = 0010 10112, 4310
(e) FFFF16 = 1111 1111 1111 11112, 6553510
5.
(a) 1210 = 0C16
(b) 12310 = 7B16
(c) 6310 = 3F16
(d) 12810 = 8016
(e) 100010 = 3E816
6.
(a) 1001010 􀃎 0011 0110
(b) 111001 􀃎 0000 0111
(c) 10000010 􀃎 0111 1110
(d) 111110001 􀃎 0000 1111
7.
(a) 2C+3F = 6B
(b) F34+5D6 = 150A
(c) 20000+12FF = 212FF
(d) FFFF+2222 = 12221
8.
(a) 24F-129 = 12616
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 6
(b) FE9-5CC = A1D16
(c) 2FFFF-FFFFF = 3000016
(d) 9FF25-4DD99 = 5218C16
9.
(a) Hex: 30, 31, 32, 33, 34, 35, 36, 37, 38, 39
(b) Binary: 11 0000, 11 0001, 11 0010, 11 0011, 11 0100, 11 0101, 11 0110, 11
0111, 11 1000, 11 1001.
ASCII (hex) Binary
0 30 011 0000
1 31 011 0001
2 32 011 0010
3 33 011 0011
4 34 011 0100
5 35 011 0101
6 36 011 0110
7 37 011 0111
8 38 011 1000
9 39 011 1001
10.
000000 22 55 2E 53 2E 41 2E 20 69 73 20 61 20 63 6F 75 "U.S.A. is a cou
000010 6E 74 72 79 22 0D 0A 22 69 6E 20 4E 6F 72 74 68 ntry".."in North
000020 20 41 6D 65 72 69 63 61 22 0D 0A America"..
SECTION 0.2: DIGITAL PRIMER
11.
12.
A B C Y
0 0 0 0
0 0 1 1
0 1 0 1
0 1 1 1
1 0 0 1
1 0 1 1
1 1 0 1
1 1 1 1
1
2
3
4
5
6
A
B
C
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 7
13.
.
14.
A B C Y
0 0 0 0
0 0 1 0
0 1 0 0
0 1 1 0
1 0 0 0
1 0 1 0
1 1 0 0
1 1 1 1
15.
16.
A B C Y
0 0 0 1
0 0 1 1
0 1 0 1
0 1 1 1
1 0 0 1
1 0 1 1
1 1 0 1
1 1 1 0
17.
A B C Y
0 0 0 0
0 0 1 1
0 1 0 1
0 1 1 0
1 0 0 1
1 0 1 0
1 1 0 0
1 1 1 1
1
2
3
4
5
6
C
A
B
1
2
3
4
5
6
B
A
C
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 8
A B C Y
0 0 0 1
0 0 1 0
0 1 0 0
0 1 1 0
1 0 0 0
1 0 1 0
1 1 0 0
1 1 1 0
18.
19.
20.
CLK D Q
No X NC
Yes 0 0
Yes 1 1
SECTION 0.3: SEMICONDUCTOR MEMORY
21.
(a) 4
(b) 4
(c) 4
(d) 1 048 576, 220
(e) 1024K
(f) 1 073 741 824, 230
(g) 1 048 576 K
(h) 1024M
(i) 8388608, 8192K
22. Disk storage capacity / size of a page = (2*230) / (25*80) = 1 million pages
LSB
LSB
Instructor’s Manual for “The AVR Microcontroller and Embedded Systems” 9
23. (a) 9FFFFh – 10000h = 8FFFFh = 589 824 bytes
(b) 576 kbytes
24. 232 – 1 = 4 294 967 295
25. (a) FFh, 255
(b) FFFFh, 65535
(c) FFFF FFFFh, 4 294 967 295
(d) FFFF FFFF FFFF FFFFh, 18 446 744 073 709 551 615
26. (a) 216 = 64K
(b) 224 = 16M
(c) 232 = 4096 Mega, 4G
(d) 248 = 256 Tera, 262144 Giga, 268435456 Mega
27. Data bus is bidirectional, address bus is unidirectional (exit CPU).
28. The storage of the chip is measured in Megabits while the Computer memory is
measured in Megabytes.
29. True, the more address lines the more memory locations.
30. True, the memory location size is fixed.
31. True, the more data lines the more memory locations
32. True
33. access time
34. True
35. electrically erasable
36. True
37. DRAM
38. SRAM
39. DRAM and SRAM
40. (c)
41. (c)
42. (a) 32Kx8, 256K (f) 8Kx1, 8K
(b) 8Kx8, 64K (g) 4Kx8, 32K
(c) 4Kx8, 32K (h) 2Kx8, 16K
(d) 8Kx8, 64K (i) 256Kx4, 1M
(e) 4Mx1, 4M (j) 64Kx8, 512K
43. (a) 128K 14 8 (f) 256K 8 4
(b) 256K 15 8 (g) 8M 20 8
(c) 512K 16 8 (h) 16M 11 4
(d) 2M 18 8 (i) 512K 16 8
(e) 512K 16 8
44. 4000h - 7FFFh
45.
1
2
3
1 2
A0
~CS
A11