Embedded Training ARM processor+ PCB Design

Training Syllabus

Embedded System

• Introduction of 8051
• Component of 8051
• About Resistors, Capacitors, Transistors
• Digital IC’s detail and Logic gates
• about AVR,PIC, ARM
• INTEL,Philips,AVR,Microchip
• The  Architecture
•  Registers
• Memory Organization
• Port organization
• On chip Peripherals
•  Interrupts
• Programming languages
• Programming tools And Techniques
• Addressing Modes
• INTRODUCTION TO INSTRUCTION SET
• Airthmetic
• Logical
• Data Transfer
• Branching
• Bit manuplation
• INTRODUCTION OF TIME/COUNTER
• How does a timer works
• How to make accurate delay using timer
• List of Learning Modules
• Theoretical implementation
• INTERFACING OF INPUT DEVICES
• Interfacing Opto-Isolators
• What are Optocoupler
• How they work
• How to interface with microcontroller
• Interfacing linear Keypad
• What is the type of switches
• Their types & function
• How to connect& read keypad with microcontroller
• Timer Interrupts
• What is a timer
• What is an interrupt
• How does 51 timer works
• How to write code for timer
• Counter Interrupts
• How does it work
• What are the different modes of counter
• How to write code?
• INTERFACING OF OUTPUT DEVICES
• LED
•             Different types of led
•             How it work
•             How LEDS will rotate
•             How to connect with microcontroller
•             What is sourcing & sinking ?
• Relays
•             What are the different types of Relay?
•             How it connect with microcontroller
• Seven Segment Display
•             What are the types of display
•             Difference between                                          common Anode and             Cathode
•             Driving circuits
• Stepper motor
•             How a stepper motor works
•             How to drive stepper motor
• DC Motor
•             How a dc motor works
•             Motor driving IC
• Piezo buzzer(Alarm unit)
•             How does a buzzer sound
• LCD
•             What is LCD
•             How to give LCD commands
•             How to interface LCD with Micro
• Additional Interfaces
•             Concept of Real world interfacing devices             like electrical home
•             Appliance/sensors             activators,electromechanical devices
•             Embedded tools Used

Syllabus of ARM Processor 

Introduction to Embedded System and LPC 2148 ARM Controller:

Definition of Embedded System – Features of Embedded System –   Types of Embedded System  –  List of Embedded System Devices – LPC 2148 ARM Controller – Block Diagram – Memory and on chip peripheral devices –  ARM 7TDMI-S – Debug and Emulation Trace Facility –  Memory Map – Memory remap and Boot Block – CPU Registers – Modes of Operation – PSW – Instruction Set – Assembly Language Program for Addition, Subtraction, Multiplication and Division.

Embedded C Basics, GPIO(Slow) Timer Interrupt:

Embedded C Basics – GPIO (Slow) Register Map  – Pin Connect Block – 8 bit LEDs –  8 bit Switches – Buzzer – Relay -Stepper Motor Interfaces –  Embedded C Programs for the above – Timer/Counter – Block Diagram – Register Map -Program for Time Delay and Counter Operation – Vector Interrupt Controller (VIC) – Register Map -External Interrupts – Timer/Counter based Interrupt – Programs for the above.

PWM, ADC, DAC and RTC:

PWM Features – Block Diagram – Register Map – Program for Generating single ended PWM – ADC Feature – Block Diagram – Register Map – Program for ADC and Temperature sensor LM 35 interface – DAC Feature – Block Diagram – Register Map – Program for Generating analog output – RTC Feature –  Block Diagram –  Register Map – Program For Display the time in LCD display.

I²C, I²C Feature, UART:

Introduction to I2C – Start, Stop, ACK, Restart, NACK signals – Data transfer from Master to Slave and Slave to Master – I2C feature in LPC 2148 – Block diagram –Register map – I2C Master mode operation – Interfacing I2C based I/O expander PCF8574 – Interfacing LED – 7 segment display – Interfacing I2C based EEPROM –Program for the above – UART feature – UART0 Block diagram – Register map –Transmission and reception of messages for PC

 RTOS and µC/OS – II:

Foreground/Background systems – Function of OS – Introduction to RTOS – Resources– Shared resources – Critical Section – Multitasking – Tasks – Kernal – Scheduler –Round robbin – Non Pre-emptive and Pre-emptive scheduling – Context switch – EventFlag – Mutual exclusion – Semophore – Message Mail Boxes – Clock ticks – TaskStates – Task Stacks – Task Control Blocks (TCB) – Introduction to µC OS II – Porting ofµCOS II to Micro controller – RTOS functions – OS_STK – OS_EVENT – OSInit() –OSStart() – OSTaskCreate() – OSTaskDel() – OSSemCreate() – OSSemPend() –OSSemPost() – TaskStk[] [] – OSTimeDly() – Application programs using the above functions

PCB Design Syllabus

ORCAD Capture CIS