Arm Microcontroller  (English, Undefined, Naik B. Shantha Kumar)

This book is presented to the student community of Diploma / Degree in E&CE and also to the faculty members who have an interest in learning and teaching the ARM (ARM- Advanced RISC Machine) processor core, is a key component of many successful 32-bit embedded systems. It is a 32 bit processor designed particularly for high end application where complex computations are required viz., numerous market segments, including networking, automotive, mobile, Consumer devices, mass storage, and imaging.
The text exposes about LPC2148 microcontrollers based on a 16-bit/32-bitARM7TDMI-S CPU with real- time emulation and embedded trace support and Serial communications interfaces ranging from a USB 2.0 Full-speed device, multiple UARTs, SPI, SSP to 12C-bus and on-chip SRAM The Various 32-bit timers, single or dual 10-bit ADC(s), 10-bit DAC, PWM channels and 45 fast GPIO lines with up to nine edge or level sensitive external interrupt pins make these microcontrollers suitable for industrial control and medical systems. The Industrial control. Medical systems. Access control, Point-of-sale. Communication gateway, embedded soft modem and General purpose applications are key areas of LPC2148.

About the Author
Sri. Shantha Kumar Naik.B has obtained his B.E.(E&CE) from Vijayanagara Engineering College, Bellary, Gulburga Univerisity in the year 1991. He is a life Member of MISTE and has good experience of about seventeen years in Polytechnic level teaching. While in service he has undergone Post Graduation in M.Tech (HRD) from NITTTR, Chennai -13, India sponsored by Dept of Technical Education, Bengaluru in the year 2009 and awarded M.Tech (HRD) by Madras University.
He joined as Lecturer in the year 1994 and earlier worked as trainee in Bharath Electronic Ltd., Bengaluru arid has a hand-on approach experience in the field of Electronics and Communication Engineering. Currently he is working as a Selection Grade Lecturer in Dept of Electronics and Communication Engineering, Government Residential Polytechnic for Women, Shimoga.

Key Feature

• Basic ARM Organization
• Data Flow Model of ARM Core, Register File of ARM, CPSR and SPSR Register
• Different Processor Modes and Banked Registers, 3-Staged Pipelining of ARM-7, ARM instructions and Thumb instructions.
• Structure of Assembly Language Modules,
• Exception Handling, ARM Processor Exceptions and Modes, Vector Table, Exception Priorities, Link Register Offsets, Interrupts, IRQ and FI4 Exceptions
• The Method of Using Assembly Inside C Programs
• LPC2148 device information, its Block diagram, pin descriptions and different 1 modules inside the Microprocessor and its features and applications.

Table of Contents

Unit-1

• 1. ARM Embedded Systems
• 2. ARM Processor Fundamentals
• 3. ARM Instruction Set

Unit-11

• 4. Introduction to THUMB
• 5. ARM Programming
• 6, LPC 2148 CPU
• Unit-111
• 7. LPC 2148 Peripherals
• Tests & assignments
• Total

GENERAL EDUCATIONAL OBJECTIVES:

1. Know the architectural features of ARM7 family of microcontrollers.
2. Study the Instruction set of ARM
3. Study the hardware features from the programmer's point of view.
4. Achieving competency in assembly as well as C programming of ARM.
5. Developing simple systems (software + hardware) using LPC2148