(Ebook) The 8085 Microprocessor Architecture Programming and Interfacing 1st Edition by K Udaya Kumar ISBN 9788177584554 8177584553

(Ebook) The 8085 Microprocessor Architecture Programming and Interfacing 1st Edition by K Udaya Kumar ISBN 9788177584554 8177584553

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ISBN 10: 8177584553
ISBN 13: 9788177584554
Author: K Udaya Kumar

(Ebook) The 8085 Microprocessor Architecture Programming and Interfacing 1st Edition Table of contents:

Part I: Fundamentals of a Microprocessor

• Early Integrated Circuits

• 16-Bit Microprocessors

• Microcontrollers and Digital Signal Processors

• Calculator

• Computer

• Microcomputer

• Computer Languages

• Questions

• Unsigned Binary Integers

• Signed Binary Integers

• Representation of Fractions

• Questions

• History of Microprocessors

• Description of 8085 Pins

• Programmer’s View of 8085: Need for Registers

• Accumulator or Register A

• Questions

• Problem Statement

• About the Microprocessor Kit

• Questions

Chapter 6: Data Transfer Group of Instructions

• Classification of 8085 Instructions

• Instruction Type MOV r1, r2

• Instruction Type MOV r, M

• Instruction Type LXI rp, d16

• Instruction Type LDA a16

• Instruction Type XCHG

• Addressing Modes of 8085

• Instruction Type STAX rp

• Instruction Type SHLD a16

• Questions

Chapter 7: Arithmetic Group of Instructions

• Instructions to Perform Addition

• Instructions to Perform Subtraction

• Instruction Type INX rp

• Instruction Type DAD rp

• Decimal Addition in 8085

• Questions

Chapter 8: Logical Group of Instructions

• Instructions to Perform ‘AND’ Operation

• Instructions to Perform ‘OR’ Operation

• Instructions to Perform ‘EXCLUSIVE OR’ Operation

• Instructions to Complement/Set ‘Cy’ Flag

• Instructions to Perform Compare Operation

• Instructions to Rotate Accumulator

• Questions

• Stack and The Stack Pointer

• Instruction Type POP rp

• Instruction Type PUSH rp

• Instruction Type LXI SP, d16

• Instruction Type INX SP

• Instruction Type NOP

• Questions

Chapter 10: Branch Group of Instructions

• More Details about Program Execution

• Unconditional Jump Instructions

• Conditional Jump Instructions

• Unconditional Call and Return Instructions

• Conditional Call Instructions

• Conditional Return Instructions

• RSTN – Restart Instructions

• Questions

• Concept of Chip Selection

• RAM Chip – Pin Details and Address Range

• Multiple Memory Address Range

• Working of 74138 Decoder IC

• Use of 74138 to Generate Chip Select Logic

• Use of 74138 in ALS-SDA-85M Kit

• Questions

• Need for I/O Ports

• IN and OUT Instructions

• Memory-Mapped I/O

• Comparison of Memory-Mapped I/O and I/O-Mapped I/O

• Questions

Chapter 13: Architecture of 8085

• Details of 8085 Architecture

• Instruction Cycle

• Comparison of Different Machine Cycles

• Memory Speed Requirement

• Wait State Generation

• Questions

Part II: Assembly Language Programs

• Exchange 10 Bytes

• Add Two Multi-Byte Numbers

• Add Two Multi-Byte BCD Numbers

• Block Movement without Overlap

• Block Movement with Overlap

• Add N Numbers of Size 8 Bits

• Check the Fourth Bit of a Byte

• Subtract Two Multi-Byte Numbers

• Multiply Two Numbers of Size 8 Bits

• Divide a 16-Bit Number by an 8-Bit Number

• Questions

Chapter 15: Use of PC in Writing and Executing 8085 Programs

• Steps Needed to Run an Assembly Language Program

• Generation of .OBJ File using a Cross-Assembler

• Generation of .HEX File using a Linker

• Downloading the Machine Code to the Kit

• Running the Program using the PC as a Terminal

• Questions

Chapter 16: Additional Assembly Language Programs

• Search for a Number using Linear Search

• Find the Smallest Number

• Compute the HCF of Two 8-Bit Numbers

• Check for ‘2 out of 5’ Code

• Convert ASCII to Binary

• Convert Binary to ASCII

• Convert BCD to Binary

• Convert Binary to BCD

• Check for Palindrome

• Compute the LCM of Two 8-Bit Numbers

• Sort Numbers using Bubble Sort

• Sort Numbers using Selection Sort

• Simulate Decimal Up Counter

• Simulate Decimal Down Counter

• Display Alternately 00 and FF in the Data Field

• Simulate a Real-Time Clock

• Questions

Chapter 17: More Complex Assembly Language Programs

• Subtract Multi-Byte BCD Numbers

• Convert 16-Bit Binary to BCD

• Do an Operation on Two Numbers Based on the Value of X

• Do an Operation on Two BCD Numbers Based on the Value of X

• Bubble Sort in Ascending/Descending Order as per Choice

• Selection Sort in Ascending/Descending Order as per Choice

• Add Contents of N Word Locations

• Multiply Two 8-Bit Numbers (Shift and Add Method)

• Multiply Two 2-Digit BCD Numbers

• Multiply Two 16-Bit Binary Numbers

• Questions

Part III: Programmable and Non-Programmable I/O Ports

Chapter 18: Interrupts in 8085

• Data Transfer Schemes

• General Discussion about 8085 Interrupts

• EI and DI Instructions

• INTR and INTA* Pins

• RST5.5 and RST6.5 Pins

• RST7.5 Pin

• Trap Interrupt Pin

• Execution of ‘DAD rp’ Instruction

• SIM and RIM Instructions

• Programs using Interrupts

• Questions

• Working of 8212

• Applications of 8212

• Questions

• Description of 8255 PPI

• Operational Modes of 8255

• Control Port of 8255

• Mode 1 – Strobed I/O

• Mode 2 – Bi-Directional I/O

• Questions

• Description of Logic Controller Interface

• Successive Approximation ADC Interface

• Dual Slope ADC Interface

• Digital to Analog Converter Interface

• Stepper Motor Interface

• Questions

Part IV: Support Chips

Chapter 22: Interfacing of I/O Devices

• Interfacing 7-Segment Display

• Display Interface using Serial Transfer

• Interfacing a Simple Keyboard

• Interfacing a Matrix Keyboard

• Description of Matrix Keyboard Interface

• Intel 8279 Keyboard and Display Controller

• Programs using 8279

• Questions

Chapter 23: Intel 8259A—Programmable Interrupt Controller

• Need for an Interrupt Controller

• Overview of the Working of 8259

• Pins of 8259

• Registers used in 8259

• Programming the 8259 with No Slaves

• Programming the 8259 with Slaves

• Architecture of 8259

• Questions

• Concept of Direct Memory Access (DMA)

• Need for DMA Data Transfer

• Description of 8257 DMA Controller Chip

• Programming the 8257

• Description of the Pins of 8257

• Working of the 8257 DMA Controller

• State Diagram of 8085

• Questions

• Need for Programmable Interval Timer

• Description of 8253 Timer

• Programming the 8253

• Mode 0 – Interrupt on Terminal Count

• Mode 1 – Re-Triggerable Mono-Stable Multi

• Mode 2 – Rate Generator

• Mode 3 – Square Wave Generator

• Mode 4 – Software-Triggered Strobe

• Mode 5 – Hardware-Triggered Strobe

• Questions

• Need for USART

• Asynchronous Transmission

• Asynchronous Reception

• Synchronous Transmission

• Pin Description of 8251 USART

• Programming the 8251

• Use of SOD Pin of 8085 for Serial Transfer

• Questions

Chapter 27: Zilog Z-80 Microprocessor

• Comparison of Intel 8080 with Intel 8085

• Programmer’s View of Z-80

• Special Features of Z-80

• Addressing Modes of Z-80

• Special Instruction Types

• Pins of Z-80

• Interrupt Structure in Z-80

• Programming Examples

• Instruction Set Summary

• Questions

Chapter 28: Motorola M6800 Microprocessor

• Pin Description of 6800

• Programmer’s View of 6800

• Addressing Modes of 6800

• Instruction Set of 6800

• Interrupts of 6800

• Programming Examples

• Questions

Chapter 29: 8051 Microcontroller

• Main Features of Intel 8051

• Functional Blocks of Intel 8051

• Program Memory Structure

• Data Memory Structure

• Programmer’s View of 8051

• Addressing Modes of 8051

• Instruction Set of 8051

• Programming Examples

• Questions

Chapter 30: Advanced Topics in 8051

• Interrupt Structure of 8051

• Timers of 8051

• Serial Interface

• Structure and Operation of Ports

• Power Saving Modes of 8051

• Programming of EPROM in 8751BH

• Questions

• Bibliography

• Index

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Tags: K Udaya Kumar, 8085 Microprocessor, Architecture, Programming