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DIY Mini Launchpad


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  • Make use of the second MCU (and female headers) included with the Launchpad
  • 50 mm x 50 mm board size - low cost from Seeed & iTead
  • Mostly through hole - anyone can build this
  • Populate with components as needed
  • Mounting holes for secure attachment
  • Power, P1.6 & P1.0 LEDs
  • LED enable jumpers
  • Reset & P1.3 switch
  • Coaxial power jack and/or terminal block
  • Optional Microchip MCP1700/1702 voltage regulator
  • 6 pin power/program/debug/serial connector
  • UART line swap jumper

Prototype with Launchpad, build permanent project with this.

lp_mini.brd

lp_mini.sch

post-2341-135135531348_thumb.png

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  • [*:nwdcy9em]50 mm x 50 mm board size - low cost from Seeed & iTead
    [*:nwdcy9em]Make use of the second MPU (and female headers) included with the Launchpad
    [*:nwdcy9em]Mostly through hole - anyone can build this
    [*:nwdcy9em]Populate with components as needed
    [*:nwdcy9em]Mounting holes for secure attachment
    [*:nwdcy9em]Power, P1.6 & P1.0 LEDs
    [*:nwdcy9em]LED enable jumpers
    [*:nwdcy9em]Reset & P1.3 switch
    [*:nwdcy9em]Coaxial power jack and/or terminal block
    [*:nwdcy9em]Optional Microchip MCP1700/1702 voltage regulator
    [*:nwdcy9em]6 pin power/program/debug/serial connector
    [*:nwdcy9em]UART line swap jumper

 

Prototype with Launchpad, build permanent project with this.

 

Still have some work to do on this - will post CAD files later.

 

oPossum, Very nice job! i would add, though, the little weird port that the Launchpad has next to the headers right-top hand side, that port is so that you can plug in eZMSP_2500 or the eZMSP_2650 wireless boards, or just the emulator Stick, on the launch pad the eZ-FET also doubles as a serial port which in this case we are loosing it all together, i know we do not need a comunication port all the time, but would be a nice feature to have should you need one (the little weird port that is)

 

And one more thing, i would call it "Launchpad-PRO" :) although i am not sure if "Launchpad" is a trademark from TI, well we'll see...

 

regards

Luis

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I thought i'd give it a try. Silkscreen and final part placement/adjustments still need to be made. Also added a reverse polarity diode, and PTHs for through hole crystals. 1206 components should be as easy to solder as through hole. I'm also considering making the programming connector 1.27mm so it can be programmed by the LP or Ez430.

post-2503-135135531329_thumb.pngpost-2503-135135531338_thumb.png

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I mostly mean out of pocket for myself. I figure about $15 for the boards. I've got the headers, 430's, LEDs and resistors on hand. The only thing I really need to buy are the capacitors and switches. I priced the parts out at a site I've bought a lot of other stuff at - http://www.taydaelectronics.com and it's about $4 in parts and their shipping is cheap. That'd put me under $30 for 10, even if I bought extra parts from Tayda.

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