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MSP430 schematic parts library for Kicad EDA suite

download msp430 microcontroller schematic part libraries for Kicad

Hi Folks,

Here are a few MSP430 schematic part libraries I made for use with Kicad EDA suite.The schematic parts can be used with Eeschema schematic capture program in Kicad.Most parts are in SMD format and some in DIP package.

A Brief Introduction to MSP430 using Launchpad (MSP430G2553)

In this tutorial we will be exploring the workings of a MSP430 based microcontroller from Texas Instruments.MSP430 is developed by Texas Instruments as an extremely low power 16 bit architecture for use in low power, low cost, energy constrained embedded applicationsThe Hardware used is the MSP430 Launchpad from TI which contains a programmer/Debugger + two microcontrollers making it an ideal platform to start learning about MSP430G2xxx controller.

msp430 tutorials for beginners

 

Ports of MSP430

MSP430 microcontroller series usually has 8 bit ports numbered as Port 1,Port2,Port3 etc.Ports 1 and 2 have interrupt capabilities and can have internal pullup resistors.Please note that there is no Port 0.

Make Your Own MSP430 Launchpad based Robot

Hi Guys & Gals welcome to my MSP430 based robot building tutorial.
This tutorial serves as a short introduction to Robotics using MSP430 microcontroller and Launchpad development board from TI.Here we will build a small differential powered robot from scratch using MSP430G2553 controller and L293D motor control chip.MSP430G2553 is an extremely cheap low power that comes along with the Launchpad microcontroller kit from Texas Instruments(
MSP-EXP430G2), They usually provide two extra controllers along with the launchpad development board.

MSP430G2553 Launchpad controlled robot build using motor control booster pack

This tutorial follows a DIY ethic and can be assembled easily with things lying around in your garage, only exception is the Launchpad micro controller kit which you have to purchase from Texas instruments.The Frame of the robot is constructed from cardboard and the circuit is assembled on a general purpose PCB using a mixture of through hole and SMD components (mostly resistors and capacitors) .In case you are not comfortable with SMD you can use through hole components.

In case you dont want to build the whole thing you can purchase the shield containing all the electronics parts ( except MSP430) which you can plug over your MSP430 Launchpad development board from TI.The Shield can be purchased from here.

The robot building tutorial using MSP430 Motor Control Booster Pack (AKA MSP430 Robot Booster Pack)  can be found here

MSP430 robot made using Robot booster pack sold at this site and learn about MSP430 robotics

IAR Embedded Workbench Tutorial for MSP430

IAR embedded workbench tutorial for msp430 microcontroller and launchpad development board

A short tutorial on how to use the IAR Embedded Workbench  5.3 to program and debug MSP430 microcontrollers on a windows box.The article teaches the reader to create and  compile a simple C Project to blink the LED on a launchpad development board  from Texas Instruments.The article can also be used with other MSP430 emulators like MSP430 Flash Emulation Tool (MSP-FET).

IAR Embedded Workbench for MSP430 is a commercial integrated development environment developed by IAR Systems. The IDE comes in a paid full version and a code limited trial version.The free version can be downloaded from the IAR website free of charge and supports all the MSP430 derivatives. It is limited to a program size of 4KB.This would sufficient for programming most MSP430G2xxx series that comes with Launchpad development kit.

If you require more program size than 4 KB then you can try Code Composer Studio from Texas Instruments (Free Version -16 KB code limit) or Open source MSPGCC compiler.

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