Skip to main content

MSP430 LaunchPad: Super Cheap Embedded Design Tool for just $4.30

Texas Instrument is going to make a big move into the hobbyist microcontroller market by introducing MSP430 Launchpad, a development platform for 16-bit MSP430 microcontrollers. Can you guess its price? Yes, $4.30 with free FedEx shipping. It is unbelievable!

"What is LaunchPad?
LaunchPad is an easy-to-use development tool intended for beginners and experienced users alike for creating microcontroller-based applications. At $4.30, the LaunchPad offers everything you need to get started with your projects.

The LaunchPad development kit is a part of the MSP430 Value Line series. LaunchPad has an integrated DIP target socket that supports up to 20 pins, allowing MSP430 Value Line devices to be dropped into the LaunchPad board. Also, an on-board flash emulation tool allows direct interface to a PC for easy programming, debugging, and evaluation. Included are free and downloadable software development environments for writing and debugging software. LaunchPad can be used to create interactive solutions thanks to its on-board push buttons, LEDs, and extra input/output pins for easy integration of external devices.
"

What is included in the package?
  • LaunchPad Development board (MSP-EXP430G2)
  • Mini USB cable
  • 2x MSP430 flash devices
    MSP430G2211IN14 flash device
    MSP430G2231IN14 flash device (preloaded with sample program)
  • 10-pin PCB Connectors (2 male & 2 female)
  • 32kHz crystal (MS3V-T1R 32.768kHz CL: 12.5pF +/-20ppm, www.microcrystal.com)
  • Quick Start Guide
  • 2x LaunchPad stickers 

Source: http://processors.wiki.ti.com/index.php/MSP430_LaunchPad_(MSP-EXP430G2)



    Watch Demo Application



    Hurry up, I have already ordered two of them.  Order Here.
    For more details, CLICK HERE!

    Comments

    1. hi i m kanfa from jakarta indonesia i m interested on your website i need your
      help to make schematics of power supply 70-550 Volt and frequency 1 kHz- 20 kHz
      for design work coil diameter 10" and height 15" for melting 25 kg metal
      capacity and I ll compensite /donate on your job thanks best regards

      ReplyDelete

    Post a Comment

    Popular posts from this blog

    Contact less tachometer using PIC16F628A

    Introduction Tachometer is a device that gives you the information about the rotational speed of any shaft or disc. It usually measures the speed in revolutions per minute (RPM). Today we are going to make a simple tachometer that could measure the rotation speed of a disk without making any physical contact (that's why it is contact less) with the rotating object. The range of this tachometer is 0 - 9999 RPM and displays the RPM on a multiplexed 4-digit seven-segment display. Of course, we are going to do this project on our usual PIC16F628A development board. Infrared sensor Contact-less measurement of RPM will be achieved through an IR sensor. An IR diode will send a beam of infrared towards the rotating disc, and any reflected pulse will be received by a photo diode. The resistance of a photo diode drops drastically when exposed to infrared. An infrared is reflected by a white surface and absorbed by the dark ones. The test disc for this project is shown below. You can see

    Experiment No. 2 : Push Button and Seven Segment Display Interface

    In this experiment, we will program the PIC16F628A as an UP/DOWN Decade Counter. The count value will be displayed on a Seven-Segment Display and will be incremented/decremented by two push buttons on the board. Experimental Setup: The board has built in interface for a multiplexed 4-digit seven segment display (HS-5461AS2 from www.futurlec.com ).We will select only one digit by connecting a Digit Select pin to Vcc, as shown in figure below. A black jumper wire is used for this purpose. The seven segments will be driven through PORTB (already wired on the board). Connect Push Buttons (PB3 and PB4) to RA1 and RA0 female headers using jumper wires.

    PIC16F628A Development Board

    The development board we are going to make for our experimental microcontroller PIC16F628A will look like this. Here are the features it is going to have: Access to all I/O pins through female header pins 4 Push Buttons for Input 4 LEDs for Output An LCD Interface Port A 4-digit Seven-Segment Display Interface LCD Backlight Switch and Contrast Adjustment ICSP Programming (Very Important)