The Analog Style LED Clock is now available on Tindie.com! Tindie is a marketplace for maker made products. They have over 4,000 products listed from makers like me.
Tindie adds layers of protection for both buyers and sellers. For example, they will hold your payment until your order has shipped. Check out the Tindie Guarantee!
The Analog Style LED Clock Kit is available to purchase! My goal when I decided to sell it as a kit back in June, was to make it available by December 1. June sounds like a long time ago, but the time really has flown by fast!
I missed my target release date by a week. I guess that’s not too bad. Especially since it’s still in time for Christmas! Hint, hint! 😉
I just went live with the new site! Got some more tweaking to do, but it’s about 95% complete. Feel free to check it out! In particular, you might want to head over to our Downloads page and check out the user’s manual – complete with operation & assembly instructions, troubleshooting, theory of operation and schematics.
I anticipate that the kits will be available in about a week. If you have any questions or feedback about the site, please don’t hesitate to contact me.
I got my new PCBs earlier this week and they look great! I built a board today, taking pictures as I went to put in the assembly manual. The board looks and works perfectly! Now I have to update the manual, make a couple of tweaks to the firmware, and add ordering capability to the website.
Speaking of website, I’ve been working on a new site using WordPress and using the WooCommerce plugin. I’m really impressed with the capabilities of this software. A bit of a learning curve, Continue reading Built new board
I waited until after Keith built his clock to re-spin the PCB, in case he saw any issues or had any suggestions. It didn’t take long to redo the board. I just added a diode, fixed the polarity of the buzzer, and moved a few parts around. I also made some cosmetic changes. New boards are on order and I should have them in about a week!
Keith finally got time to assemble his clock. It came out looking great! There were a few issues with the assembly instruction, but other than that, there were no problems.
Now that Keith has built his clock, and I have his feedback, I can proceed with re-spinning the board. While waiting for his feedback, I completed the rest of the manual. I just need to update the assembly portion with new pictures and make some adjustments to some of the instructions. And I assembled more kits. The components will all remain the same — just need to add the new board and manual.
Continue reading 1st kit built
This is an exciting day and a milestone in developing the LED Clock kit!
I delivered my first kit to my friend and coworker, Keith, who also owns KABtronics.com. He has been a great inspiration to me in developing this project into a kit. Keith will be giving me valuable feedback on building the kit and proofreading the manual for clarity, mistakes and omissions.
At this point, the manual is not complete, but has instructions to build and operate the clock and some general troubleshooting information. Also, Continue reading 1st kit delivered
I fixed the alarm sound. With the Senior Project clock, the buzzer and the buttons were connected to the same port. On the new clock, they were connected to different ports. I did not update the button reading routine correctly, so the buzzer output was not working at the moment a button was being read. This resulted in a little distortion being introduced into the signal going to the buzzer. This was easily fixed once I figured out what was causing the problem.
However, I made a discovery while troubleshooting this problem. Continue reading Fixed alarm sound
I assembled the first board, using a Zero Insertion Force (ZIF) socket for the microcontroller. The socket has a lever to release the microcontroller so it can be inserted and removed without any force. This allows it to be removed a lot easier for programming.
I adjusted the code for changes in the pin assignments and got the new clock working, except the alarm sounds strange. I suspect it’s a software issue of some sort, but will have to troubleshoot it later.
Continue reading Built the prototype
After making the jigs, I had enough wood left over from my sheet of MDF to make 40 frames. I had some issues which damaged some of the frames as well as mangling some of my jigs making them useless. However, I did end up with 30 good frames.
Now I know how to make the next set of jigs to avoid these issues, make the process faster and get more good frames out of my next batch!
I showed one of my frames to my friend, Denny, who made the frame for my Senior Project, and he said mine came out better than his. Looks like I got this part down! 🙂