Dear Reader: I have more grunt work to do before I've got my testbench in perfect order. This interlude describes a change I have to make in order to power the microcontroller on the f2013 board from the testbench, and...
I've given the f2013 8 bright shiny green LEDs to talk to; it's time to put those LEDs to work. Edit: grr. The blog inserts bogus html directives into my pasted embedded youtube video reference, which confuses IE. For now,...
The ez430-f2013 comes with an IDE by IAR. It's a usable tool, but learning to use it isn't exactly straightforward - more a matter of trial and error. And, sadly, there doesn't seem to be a tutorial to introduce the...
So, I've replaced a simple, cheap breadboard containing a few wires and an LED with an expensive, very complex circuit board containing, among other things, an FPGA which is much more sophisticated than the microcontroller I want to use. I'm...
To work! Here are the bits and pieces I'll be playing with: EZ430-F2013 (I'll call it the "f2013" from now on.) The f2013 has 14 through-holes in the tiny board which contains the microcontroller. These 14 pins connect directly to...
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