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The 8085 microprocessor : architecture, programming and interfacing /
Designed for an undergraduate course on the 8085 microprocessor, this text provides comprehensive coverage of the programming and interfacing of the 8-bit microprocessor. Written in a simple and easy-to-understand manner, this book introduces the reader to the basics and the architecture of the 8085...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Delhi, India :
Dorling Kindersley (India),
Ã2008.
|
| Temas: | |
| Acceso en línea: | Texto completo (Requiere registro previo con correo institucional) |
Tabla de Contenidos:
- Cover
- Contents
- Preface
- Part I: Fundamentals of a Microprocessor
- Chapter 1: Evolution of Microprocessors
- 1.1 Early Integrated Circuits
- 1.2 4-Bit Microprocessors
- 1.3 8-Bit Microprocessors
- 1.4 16-Bit Microprocessors
- 1.5 32-Bit Microprocessors
- 1.6 Recent Microprocessors
- 1.7 Microcontrollers and Digital Signal Processors
- Chapter 2: Fundamentals of a Computer
- 2.1 Calculator
- 2.2 Computer
- 2.3 Microcomputer
- 2.4 Computer Languages
- Questions
- Chapter 3: Number Representation
- 3.1 Unsigned Binary Integers
- 3.2 Signed Binary Integers
- 3.3 Representation of Fractions
- 3.4 Signed Floating Point Numbers
- Questions
- Chapter 4: Fundamentals of Microprocessor
- 4.1 History of Microprocessors
- 4.2 Description of 8085 Pins
- 4.3 Programmer's View of 8085: Need for Registers
- 4.4 Accumulator or Register A
- 4.5 Registers B, C, D, E, H, And L
- Questions
- Chapter 5: First Assembly Language Program
- 5.1 Problem Statement
- 5.2 About the Microprocessor Kit
- 5.3 Using the Microprocessor Kit in Serial Mode
- Questions
- Chapter 6: Data Transfer Group of Instructions
- 6.1 Classification of 8085 Instructions
- 6.2 Instruction Type MVI r, d8
- 6.3 Instruction Type MOV r1, r2
- 6.4 Instruction Type MOV r, M
- 6.5 Instruction Type MOV M, r
- 6.6 Instruction Type LXI rp, d16
- 6.7 Instruction Type MVI m, d8
- 6.8 Instruction Type LDA a16
- 6.9 Instruction Type STA a16
- 6.10 Instruction Type XCHG
- 6.11 Addressing Modes of 8085
- 6.12 Instruction Type LDAX rp
- 6.13 Instruction Type STAX rp
- 6.14 Instruction Type LHLD a16
- 6.15 Instruction Type SHLD a16
- Questions
- Chapter 7: Arithmetic Group of Instructions
- 7.1 Instructions to Perform Addition
- 7.2 Instructions to Perform Subtraction
- 7.3 Instruction Type INX rp
- 7.4 Instruction Type DCX rp.
- 7.5 Instruction Type DAD rp
- 7.6 Decimal Addition in 8085
- Questions
- Chapter 8: Logical Group of Instructions
- 8.1 Instructions to Perform 'AND' Operation
- 8.2 Instructions to Perform 'OR' Operation
- 8.3 Instructions to Perform 'EXCLUSIVE OR' Operation
- 8.4 Instruction to Complement Accumulator
- 8.5 Instructions to Complement/Set 'Cy' Flag
- 8.6 Instructions to Perform Compare Operation
- 8.7 Instructions to Rotate Accumulator
- Questions
- Chapter 9: NOP and Stack Group of Instructions
- 9.1 Stack and The Stack Pointer
- 9.2 Instruction Type POP rp
- 9.3 Instruction Type PUSH rp
- 9.4 Instruction Type LXI SP, d16
- 9.5 Instruction Type SPHL
- 9.6 Instruction Type XTHL
- 9.7 Instruction Type INX SP
- 9.8 Instruction Type DCX SP
- 9.9 Instruction Type DAD SP
- 9.10 Instruction Type NOP
- Questions
- Chapter 10: Branch Group of Instructions
- 10.1 More Details about Program Execution
- 10.2 Unconditional Jump Instructions
- 10.3 Conditional Jump Instructions
- 10.4 Unconditional Call and Return Instructions
- 10.5 Conditional Call Instructions
- 10.6 Conditional Return Instructions
- 10.7 RSTN
- Restart Instructions
- Questions
- Chapter 11: Chip Select Logic
- 11.1 Concept of Chip Selection
- 11.2 RAM Chip-Pin Details and Address Range
- 11.3 Multiple Memory Address Range
- 11.4 Working of 74138 Decoder IC
- 11.5 Use of 74138 to Generate Chip Select Logic
- 11.6 Use of 74138 in ALS-SDA-85M Kit
- Questions
- Chapter 12: Addressing of I/O Ports
- 12.1 Need for I/O Ports
- 12.2 IN and OUT Instructions
- 12.3 Memory-Mapped I/O
- 12.4 I/O-Mapped I/O
- 12.5 Comparison of Memory-Mapped I/O and I/O-Mapped I/O
- Questions
- Chapter 13: Architecture of 8085
- 13.1 Details of 8085 Architecture
- 13.2 Instruction Cycle
- 13.3 Comparison of Different Machine Cycles
- 13.4 Memory Speed Requirement.
- 13.5 Wait State Generation
- Questions
- Part II: Assembly Language Programs
- Chapter 14: Simple Assembly Language Programs
- 14.1 Exchange 10 Bytes
- 14.2 Add two Multi-Byte Numbers
- 14.3 Add two Multi-Byte BCD Numbers
- 14.4 Block Movement without Overlap
- 14.5 Block Movement with Overlap
- 14.6 Add N Numbers of Size 8 Bits
- 14.7 Check the Fourth Bit of a Byte
- 14.8 Subtract two Multi-Byte Numbers
- 14.9 Multiply two numbers of Size 8 Bits
- 14.10 Divide a 16-Bit Number by an 8-Bit Number
- Questions
- Chapter 15: Use of PC in Writing and Executing 8085 Programs
- 15.1 Steps Needed to Run an Assembly Language Program
- 15.2 Creation of .ASM File using a Text Editor
- 15.3 Generation of .OBJ File using a Cross-Assembler
- 15.4 Generation of .HEX File using a Linker
- 15.5 Downloading the Machine Code to the Kit
- 15.6 Running the Downloaded Program on the Kit
- 15.7 Running the Program using the PC as a Terminal
- Questions
- Chapter 16: Additional Assembly Language Programs
- 16.1 Search for a Number using Linear Search
- 16.2 Find the Smallest Number
- 16.3 Compute the HCF of Two 8-Bit Numbers
- 16.4 Check for '2 out of 5' Code
- 16.5 Convert ASCII to Binary
- 16.6 Convert Binary to ASCII
- 16.7 Convert BCD to Binary
- 16.8 Convert Binary to BCD
- 16.9 Check for Palindrome
- 16.10 Compute the LCM of Two 8-Bit Numbers
- 16.11 Sort Numbers using Bubble Sort
- 16.12 Sort Numbers using Selection Sort
- 16.13 Simulate Decimal up Counter
- 16.14 Simulate Decimal down Counter
- 16.15 Display Alternately 00 and FF in the Data Field
- 16.16 Simulate a Real-Time Clock
- Questions
- Chapter 17: More Complex Assembly Language Programs
- 17.1 Subtract Multi-Byte BCD Numbers
- 17.2 Convert 16-Bit Binary to BCD
- 17.3 Do an operation on Two Numbers Based on the Value of X.
- 17.4 Do an Operation on Two BCD Numbers Based on the Value of X
- 17.5 Bubble Sort in Ascending/Descending Order as per Choice
- 17.6 Selection Sort in Ascending/Descending Order as per Choice
- 17.7 Add Contents of N Word Locations
- 17.8 Multiply Two 8-Bit Numbers (Shift and Add Method)
- 17.9 Multiply two 2-Digit BCD Numbers
- 17.10 Multiply two 16-Bit Binary Numbers
- Questions
- Part III: Programmable and Non-Programmable I/O Ports
- Chapter 18: Interrupts in 8085
- 18.1 Data Transfer Schemes
- 18.2 General Discussion about 8085 Interrupts
- 18.3 EI and DI Instructions
- 18.4 INTR and INTA* Pins
- 18.5 RST5.5 and RST6.5 Pins
- 18.6 RST7.5 Pin
- 18.7 Trap Interrupt Pin
- 18.8 Execution of 'DAD rp' Instruction
- 18.9 SIM and RIM Instructions
- 18.10 HLT Instruction
- 18.11 Programs using Interrupts
- Questions
- Chapter 19: 8212 Non-Programmable8-Bit I/O Port
- 19.1 Working of 8212
- 19.2 Applications of 8212
- Questions
- Chapter 20: 8255 Programmable Peripheral Interface Chip
- 20.1 Description of 8255 PPI
- 20.2 Operational Modes of 8255
- 20.3 Control Port of 8255
- 20.4 Mode 1-Strobed I/O
- 20.5 Mode 2-Bi-Directional I/O
- Questions
- Chapter 21: Programs using Interface Modules
- 21.1 Description of Logic Controller Interface
- 21.2 Successive Approximation ADC Interface
- 21.3 Dual Slope ADC Interface
- 21.4 Digital to Analog Converter Interface
- 21.5 Stepper Motor Interface
- Questions
- Part IV: Support Chips
- Chapter 22: Interfacing of I/O Devices
- 22.1 Interfacing 7-Segment Display
- 22.2 Display Interface using Serial Transfer
- 22.3 Interfacing a Simple Keyboard
- 22.4 Interfacing a Matrix Keyboard
- 22.5 Description of Matrix Keyboard Interface
- 22.6 Intel 8279 Keyboard And Display Controller
- 22.7 Programs using 8279
- Questions.
- Chapter 23: Intel 8259A-Programmable Interrupt Controller
- 23.1 Need for an Interrupt Controller
- 23.2 Overview of the Working of 8259
- 23.3 Pins of 8259
- 23.4 Registers used in 8259
- 23.5 Programming the 8259 with no Slaves
- 23.6 Programming the 8259 with Slaves
- 23.7 Use of 8259 in an 8086-Based System
- 23.8 Architecture of 8259
- Questions
- Chapter 24: Intel 8257-Programmable DMA Controller
- 24.1 Concept of Direct Memory Access (DMA)
- 24.2 Need for DMA Data Transfer
- 24.3 Description of 8257 DMA Controller Chip
- 24.4 Programming the 8257
- 24.5 Description of the Pins Of 8257
- 24.6 Working of the 8257 DMA Controller
- 24.7 State Diagram of 8085
- Questions
- Chapter 25: Intel 8253-Programmable Interval Timer
- 25.1 Need for Programmable Interval Timer
- 25.2 Description of 8253 Timer
- 25.3 Programming the 8253
- 25.4 Mode 0-Interrupt On Terminal Count
- 25.5 Mode 1-Re-Triggerable Mono- Stable Multi
- 25.6 Mode 2-Rate Generator
- 25.7 Mode 3-Square Wave Generator
- 25.8 Mode 4-Software-Triggered Strobe
- 28.9 Mode 5-Hardware-Triggered Strobe
- 28.10 Use of 8253 in ALS-SDA-85 Kit
- Questions
- Chapter 26: Intel 8251A-Universal Synchronous Asynchronous Receiver Transmitter (USART)
- 26.1 Need for USART
- 26.2 Asynchronous Transmission
- 26.3 Asynchronous Reception
- 26.4 Synchronous Transmission
- 26.5 Synchronous Reception
- 26.6 Pin Description of 8251 USART
- 26.7 Programming the 8251
- 26.8 Use of SOD Pin of 8085 for Serial Transfer
- Questions
- Chapter 27: Zilog Z-80 Microprocessor
- 27.1 Comparison of Intel 8080 with Intel 8085
- 27.2 Programmer's View of Z-80
- 27.3 Special Features of Z-80
- 27.4 Addressing Modes of Z-80
- 27.5 Special Instruction Types
- 27.6 Pins of Z-80
- 27.7 Interrupt Structure in Z-80
- 27.8 Programming Examples
- 27.9 Instruction Set Summary
- Questions.