Calculator Counter

One of my current projects involves cycle counting for durability purpose. My original plan was to build a microcontorller circuit, using the ATMEGA328P, to do the counting and display. I have been building the circuit in my head and was putting together a parts list over the weekend when I realized that I may be putting a lot of time into designing this circuit without first testing my mechanical system. I needed a quick and easy circuit which got me thinking about using a cheap calculator. I’m sure I have seen this method used before, it is probably where I got the idea, but I though I would post something about it anyways. Let me explain how this works.

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Breakout the MSOP16

A few weeks ago I received an email from LT that was showcasing the LTC2946, a power monitoring IC that communicates using I2C. I was intrigued and ordered a couple, part number LTC2946CMS#PBF. This is the MSOP-16 package and I would need a breakout board so that I could play around with this chip on a breadboard and explore all of its functions. I looked at my normal sources for electronic goodies; Adafruit and Sparkfun had MSOP break out boards but they were all low pin count. I was able to find another source for a MSOP-16 breakout board but at ~$7 a piece plus shipping I knew I could have my own made much cheaper. On to KICAD.

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