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Digital ICs like microcontrollers, memory, and shift registers need a stable voltage source to make sure they work as expected.  Most circuits are designed with a voltage regulator to accomplish this stability.  In theory voltage regulators will vary their output to stay at a set voltage, regardless of how much current the load is drawing.  As a load draws a little bit more current, the supply voltage will begin to sag.  Conversely when the load is reduced the voltage may rise a little bit.  Regulators work to eliminate, well minimize, this change.

Full Tutorial:  Voltage Regulator Basics

Recently I realized most of my projects were all Arduino-based.  There are lots of other prototyping platforms available in the market, and the TI LaunchPad, based on the MSP430 is one of them.  In fact, I have had one of these boards sitting in my box of stuff ever since they came out.  At $5, they because an impulse purchase when I was buying some other stuff.

So, I dusted off the original box and recorded opening it up.  Let’s see how it works.

Renesas is offering a promotion version of their RL78 microcontroller.  This offer is only available to their Sample Component account holders, but the process for signing up for a sample account is pretty straightforward.  (There may be EAR restrictions with this board.)

If you are looking for a powerful processor that is an alternative to PIC or AVR processors, this board might be worth a look.

[i]Note:  It appears samplecomponents.com might have been compromised at some point in the past.  Google throws a warning page up.  Proceed at your own discretion.[/i]

Renesas Promotion Board for RL78/G13 | Renesas Electronics America.