BASIC ELECTRONICS
ORIGIN OF ELECTRONICS:
- History
- Need of electronics
- Advantages
- Building block of electronics
DIFFERENCE B/W ELECTRONICS AND ELECTRICALS:
- Electrical basics
- Difference in functionality
- Comparative study
- Band theory
SEMICONDUCTORS:
- Basics of semiconductors (Semiconductors-material of choice)
- Types of semiconductors and practical examples
- Band theory (revised)
DIODE
- Basics of diode
- Types of diode
- Principle of operation
- V-I characteristics
APPLICATIONS OF DIODE(L):
Function of a diode-an electronic switch
Rectifier
Clipper/Clamper
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TRANSISTOR:
- Basics of a transistor
- Types of transistor
- Configurations of transistor
- Principle of operation
- V-I characteristics
APPLICATIONS OF TRANSISTOR(L) :
- Functions of a transistor- a switch and an amplifier
- Inverter
- Buffer
- Basic amplifier
- Audio amplifier-Darlington pair
TRANSISTOR CIRCUIT ANALYSIS(L)
- Electrical law in Electronics
- CE Amplifier analysis(AC and Dc analysis)
- Op-Amp analysis(AC and Dc analysis)
FILTERS+OTHER BASIC COMPONENTS (L):
- Basics of filters
- Types of filters
- Capacitors
- Inductors
- Resistors
- Crystal Oscillators
- Voltage regulators
- Transformers
- Variable resistors
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DC REGULATED POWER SUPPLY(L):
- Development of a fixed dc power supply
- Development of a variable dc power supply
DIGITAL ELECTRONICS(L):
- Introduction
- Number Systems
- Conversions
- SOP and POS
- Simplification based on Boolean algebra
- K-Maps
- Logic Gates
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BASICS OF “C”
- Levels of programming languages
- Development of C
- Software for C-Turbo C
- Data types
- Variables and constants
- Keywords and identifiers
- Basic instructions- Writing the first code in C
- Type casting and conversion
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BASICS OF “C”
OPERATORS(L):
- Operator classification
- Arithmetic
- Logical
- Relational
- Assignment
- Increment/decrement
- Bitwise
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BASICS OF “C”
CONTROL FLOW (L):
- Decision control instructions
- Loops
- Break-continue
- Infinite loops
- Nested loops
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BASICS OF “C”
FUNCTIONS(L):
- Function declaration
- Function definition
- Pass by value and reference
- Basics of storage classes
- Recursion
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BASICS OF “C”
ARRAYS(L):
- Declaration
- Memory layout and accessing
- Initialization
- One dimensional array
- Two dimensional array
- Three dimensional array
- Array with function
- String
- Two dimensional String
- Three dimensional string
- String with function
- Library function for string
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BASICS OF “C”
STORAGE CLASSES(L):
- Definition
- Type of classes
- Auto
- Register
- Static
- External
THE C PREPROCESSOR(L):
- File include
- Macro definition
- Difference between macro and function
- Scope of macro
- Type of macro
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BASICS OF “C”
STRUCTURE AND UNION(L):
- Definition of structure
- Initialization of structure
- Array with structure
- Structure with pointer
- Union
- Difference b/w union and structure
- Union within structure
- Bit field
- Typedef
- Enum
MEMORY ALLOCATION(L):
- Definition
- Type allocation
- Deference b/w static and dynamic allocation
- Type of allocation
FILE(L):
- Definition
- Type of file
- Mode of opening file
- Library functions
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BASICS OF “C”
DATA STRUCTURE(L):
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EMBEDDED SYSTEMS
BASICS OF SYSTEMS:
- Introduction
- Components of a system
- Types of input/output
- Process
- Types of system
- Control system basics
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EMBEDDED SYSTEMS
BASICS OF EMBEDDED SYSTEMS:
- Introduction
- Types of embedded systems
- Architecture& Difference
- Types of hardware architecture
- Advantages over other systems
- Applications
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MICROCONTROLLER-8051
MICROCONTROLLER-8051(L):
- Introduction-Basic features of 8051
- Micro Controllers & Embedded Processors
- Overview of 8051 family
- Memory organization
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MICROCONTROLLER-8051
8051 PROGRAMMING(L)
- 8051 Hardware Architecture,
- Assembling & Running an 8051 Program
- Registers Associated with 8051
- Addressing Modes in 8051
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MICROCONTROLLER-8051
Programming the 8051 microcontroller (L)
- Customizing ‘C’
- Programming the microcontroller
- Software for embedded C-Keil.
- Burning the program into the microcontroller
- Basic programming.
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MICROCONTROLLER-8051
8051 Programming In C(L):
- Data Types & Time Delay In 8051 C
- I/O Programming In 8051 C
- Logic Operators In 8051 C
- Data Conversion Programs In 8051 C
- Accessing Code Rom Space In 8051 C
I/O Programming
- 8051 I/O Programming
- I/O Bit Manipulation Programming
Timers Programming In C
- Programming 8051 Timers,
- Counter Programming,
- Programming Timer 0 And 1 In 8051 C
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MICROCONTROLLER-8051
Serial Ports Programming In C(L):
- Basics of Serial Communication
- 8051connection to Rs 232
- 8051 Serial Port Programming In Assembly
- Programming In Second Serial Port
- Serial Port Programming In C
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MICROCONTROLLER-8051
INTERRUPTS PROGRAMMING IN C(L):
- 8051 Interrupts, Programming Timer Interrupts,
- Programming External Hardware Interrupts,
- Programming Serial Communication Interrupts,
- Interrupt Priority,
- Interrupt Programming
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MICROCONTROLLER-8051
INTERFACING MOTOR CONTROL, RELAY, PWM, DC/STEPPER MOTORS WITH 8051(L):
- Relays & Op to Isolators,
- Dc Motor Interfacing And PWM
- Stepper Motor Interfacing
- Induction Motor Interfacing
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MICROCONTROLLER-8051
INTERFACING LCD,KEYBOARD WITH 8051(L):
- LCD Interfacing,
- LED
- Seven Segment
- Keypad Interfacing
- Buzzer
- Encoder
- Decoder
- Uart
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MICROCONTROLLER-8051
INTERFACING ADC AND SENSORs WITH 8051(L):
- Parallel And Serial Adc
- Sensor Interfacing & Signal Conditioning
- IR sensor
- LDR sensor
- Gas detector
- Temperature sensor
- Humidity sensor
- PIR sensor
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MICROCONTROLLER-8051
INTERFACING WIRELESS TECHNOLOGIES WITH 8051(L):
- Rf Module(433mhz,2.4ghz)
- Rf Reader
- Gsm Modem
- Zigbee
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MICROCONTROLLER-8051
INTERFACING BIOMETRIC TECHNOLOGIES WITH 8051(L):
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PIC MICROCONTROLLER
- Architecture Difference Between Pic & 8051
- Features Of Pic 16f877a Microcontroller
- Hardware Architecture Of Pic 16f877a
PROGRAMMING THE PIC MICROCONTROLLER (L):
- Programming the PIC microcontroller
- PIC Programming Using CCS & Mplab Compilers, Creating, Editing,
- Compiling And Running A Program Using CCS & Mplab Compilers.
- Burning the program into the microcontroller
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PIC MICROCONTROLLER
REGISTERS IN PIC 16F877A(L):
- Memory Architecture Of Pic 16f877a,
- Data Direction Registers,
- Flag Register
I/O PROGRAMMING
- Port Programming,
- I/O Bit Manipulation Programming
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PIC MICROCONTROLLER
SERIAL COMMUNICATION(L):
- Pic 16f877a Connection To Rs 232,
- Serial Port Programming In C
TIMERS IN PIC 16F877A
- Timers In Pic16f877a,
- Prescalar And Post Scalar,
- Watch Dog Timer, Delay Using Timers
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PIC MICROCONTROLLER
INTERFACING LCD,KEYBOARD WITH PIC(L):
- LCD Interfacing,
- LED
- Seven segment
- KEYPAD Intetrfacing
- Buzzer
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PIC MICROCONTROLLER
INTERFACING SENSORS WITH PIC(L):
- Sensor Interfacing & Signal Conditioning
- IR sensor
- LDR sensor
- Gas detector
- Temperature sensor
- Humidity sensor
- PIR sensor
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PIC MICROCONTROLLER
INTERFACING WIRELESS TECHNOLOGIES WITH PIC(L):
- Rf Module(433mhz,2.4ghz)
- Rf Reader
- Gsm Modem
- Zigbee
- Blue Tooth
- Gps
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PIC MICROCONTROLLER
PROTOCOLS COMMUNICAION USING PIC(L):
- Introduction To Protocols, SPI, I2C, CAN, RS232,RS422
- Overview About Protocols
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PIC MICROCONTROLLER
SPI,I2C PROTOCOL COMMUNICATION USING PIC(L) I2C Protocol :
- Programming for I2C Protocol
- Real time application using RTC
- Advantages & Disadvantages of I2C Protocols.
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PIC MICROCONTROLLER
CAN PROTOCOL COMMUNICATION USING PIC (L):
- Programming for CAN Protocol
- Real time application using RTC
- Advantages & Disadvantages of CAN Protocols
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ARM PROCESSOR
INTRODUCTION TO ARM PROCESSOR :
- Introduction to embedded system and ARM Processor.
- ARM related Companies and its opportunities.
- ARM processor family.
- Application of ARM Processor.
- Compiler.
- Emulation and Debugging.
- Difference between RISC & CISC
Programming the ARM PROCESSOR
- Arm programming using keil
- Creating, editing, compiling and running a program using keil
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ARM PROCESSOR
INTRODUCTION ABOUT LPC2148 ARM PROCESSOR
- LPC2148 ARM 7 microcontroller.
- Features of LPC2148.
- Block diagram of LPC2148.
- Pin diagram of LPC2148.
- Architectural overview.
- On-chip flash program memory.
- On-chip static RAM.
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ARM PROCESSOR
INTRODUCTION ABOUT LPC2129 ARM PROCESSOR
- LPC2129 ARM 7 microcontroller.
- Features of LPC2129.
- Block diagram of LPC2129.
- Pin diagram of LPC2129
- Architectural overview.
- On-chip flash program memory
- On-chip static RAM
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ARM PROCESSOR
SYSTEM CONTROL (L):
- Crystal Oscillator.
- PLL.
- Reset and Wake-up Timer.
- Brownout detector.
- Code Security.
- External Interrupt input.
- Memory Mapping Control.
- Power Control, VPB.
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ARM PROCESSOR
I/O PROGRAMMING(L):
- Port programming
- I/o bit manipulation programming
LCD INTERFACING
- Lcd interfacing
- Keyboard interfacing
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ARM PROCESSOR
TIMERS IN ARM(L):
- Timers in arm
- Prescalar and post scalar
- Watch dog timer
- Delay using timers
SERIAL COMMUNICATION
- Arm connection to rs 232
- Serial ports in arm
- Serial port programming in c
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ARM PROCESSOR
INTERFACING MOTOR CONTROL, RELAY, PWM, DC/STEPPER MOTORS WITH ARM LPC 2129(L):
- Relays and opto isolators
- Dc motor interfacing and pwm
- Stepper motor interfacing
- Indcution motor interfacing
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ARM PROCESSOR
INTERFACING ADC AND SENSORs ARM LPC 2129(L):
- Parallel and serial adc,
- Sensor interfacing and signal conditioning
- Ir sensor
- Ldr sensor
- Vibration sensor
- Temperature sensor
- Humidity sensor
- Heart beat sensor
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ARM PROCESSOR
INTERFACING WIRELESS TECHNOLOGIES WITH ARM LPC2129(L):
- RF Module(433mhz,2.4ghz)
- RF Reader
- GSM Modem
- Zigbee
- Blue tooth
- GPS
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ARM PROCESSOR
I2C, SPI, COMMUNICATION WITH ARM LPC 2129(L):
- I2C - bus serial I/O Controller
- SPI- Serial I/O Controller
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ARM PROCESSOR
RTC,CAN BASED COMMUNICATION USING ARM LPC 2129(L):
- Programming for CAN Protocol,
- CAN-CAN communication using ARM LPC2129
- Real time application using RTC
- Advantages & Disadvantages of CAN Protocols
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