Dr A.P.J. Abdul Kalam Technical University, UP, Electronics and Communication engineering Semester 6, Micro-controller for Embedded Systems Syllabus

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Unit - 1 Introduction
Unit 1
Introduction
1.1 Introduction
1.2 Microcontroller and Embedded Systems
1.3 Overview of the 8051
1.4 Inside the 8051
1.5 Addressing Modes
1.6 Assembly Programming
1.7 8051 Data Types and Directives
1.8 Interfacing with 8051
1.9 Programming the 8051 Timers
Unit 1
Introduction
1.1 Introduction
1.2 Microcontroller and Embedded Systems
1.3 Overview of the 8051
1.4 Inside the 8051
1.5 Addressing Modes
1.6 Assembly Programming
1.7 8051 Data Types and Directives
1.8 Interfacing with 8051
1.9 Programming the 8051 Timers
Unit - 2 MSP430 Microcontroller
Unit 2
MSP430 Microcontroller
2.1 MSP430x5x Series Block Diagram Address Space OnChip Peripherals Analog and Digital and Register Sets
2.2 Instruction Set Instruction Formats and various Address Modes of 16bit Microcontroller
2.3 Sample Embedded System on MSP430 Microcontroller
2.4 Memory Mapped Peripherals Programming System Registers
2.5 IO Pin Multiplexing Pull UpDown Registers GPIO Control
2.6 Interrupts and Interrupt Programming
Unit 2
MSP430 Microcontroller
2.1 MSP430x5x Series Block Diagram Address Space OnChip Peripherals Analog and Digital and Register Sets
2.2 Instruction Set Instruction Formats and various Address Modes of 16bit Microcontroller
2.3 Sample Embedded System on MSP430 Microcontroller
2.4 Memory Mapped Peripherals Programming System Registers
2.5 IO Pin Multiplexing Pull UpDown Registers GPIO Control
2.6 Interrupts and Interrupt Programming
Unit - 3 System Clocks
Unit 3
System Clocks
3.1 Watch Dog Timer System Clocks Timer and Real Time Clock RTC
3.2 PWM Control Timing Generation and Measurements
3.3 Analog Interfacing and Data Acquisition ADC and Comparator in MSP430
3.4 Data Transfer using DMA
Unit 3
System Clocks
3.1 Watch Dog Timer System Clocks Timer and Real Time Clock RTC
3.2 PWM Control Timing Generation and Measurements
3.3 Analog Interfacing and Data Acquisition ADC and Comparator in MSP430
3.4 Data Transfer using DMA
Unit - 4 Serial Communication Basics
Unit 4
Serial Communication Basics
4.1 Serial Communication Basics
4.2 Synchronous Asynchronous Interfaces like UART USB SPI and I2C
4.3 UART Protocol
4.4 I2C Protocol
4.5 SPI Protocol
4.6 Implementing and Programming UART I2C
4.7 SPI interface using MSP430
4.8 Interfacing External devices
Unit 4
Serial Communication Basics
4.1 Serial Communication Basics
4.2 Synchronous Asynchronous Interfaces like UART USB SPI and I2C
4.3 UART Protocol
4.4 I2C Protocol
4.5 SPI Protocol
4.6 Implementing and Programming UART I2C
4.7 SPI interface using MSP430
4.8 Interfacing External devices
Unit - 5 Internet of Things (IoT)
Unit 5
Internet of Things IoT
5.1 Internet of Things IoT Overview and Architecture
5.2 Overview of Wireless Sensor Networks and Design Examples
5.3 Various Wireless Connectivity NFC ZigBee Bluetooth Bluetooth Low Energy WiFi
5.4 Adding WiFi Capability to the Microcontroller
5.5 Embedded WiFi
5.6 User APIs for Wireless and Networking Applications
5.7 Building IoT Applications using CC3100 User API for Connecting Sensors
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Other Subjects of Semester-2
Sociology
Cyber security
Control system i
Digital communication
Industrial management
Microwave engineering
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