A Workshop on Texas Instruments MSP 430 Microcontrollers
Workshop Code | Duration | Fee |
NTWSEMSP430-01 | 1 / 2 Days | 1200/- |
Novel Technology having great expertise in development of Embedded System with Texas Instruments MSP 430 Microcontroller. This Texas Instruments MSP 430 Microcontroller Workshop is designed to introduce the Texas Instruments MSP 430 Microcontroller.
The workshops are designed to provide a quality learning experience of the Embedded among the students. The students will get a bit of exposure of the latest technology in the field of Embedded System. During the workshop the student will develop the application software for the targeting application and also an exposure to the typical embedded hardware. All the students will get in-depth knowledge of the technology and tools used during the workshop.
Workshop Syllabus
Introduction to Embedded Systems.
Introduction to Texas Instruments MSP 430 Microcontroller.
Introduction to Architecture of Texas Instruments MSP 430 Microcontroller.
Assembly Programming of Microcontroller.
Introduction to Interfacing.
Introduction to C Programming.
Introduction to LCD and Its Interfacing.
Introduction to Sensor Interfacing.
Introduction to Embedded Applications.
Outcome of Workshop
The Student is able to list what is Embedded System.
The Student is able to list the salient features of Texas Instruments MSP 430 Microcontroller Architecture.
The Student is able to assemble and generate the HEX files.
The Student is able to burn the ISP based microcontroller with himself.
The Student is able to write the entry level code for Embedded Application.
The Student is able to develop the hardware of entry level interfaces.
The Student is able to understand the C programming for microcontrollers.
Key Experiments or Demo
Creating the hex file for the assembly programs.
Burning the flash microcontroller.
Port programming of microcontroller.
Flashing LED’s connected on the ports.
Interfacing the LCD with the microcontroller.
Interfacing the switches with microcontroller.
Interfacing the Sensors with the Microcontroller.
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