Prototype Assembled Details Hackaday Io For low volumes, i prefer assembling prototypes myself rather than outsourcing — it’s usually faster and more cost effective. that said, this board isn’t trivial: 201 smd components (72 unique parts) adds up. If you want more technical detail, check out the project on io. the best part is that this piano is modular and easily expands from 1 to 8 octaves.
Prototype Assembled Details Hackaday Io I just finished assembling the final prototype. hit a couple snags in my enclosure design where i ended up needing to dremel some bits of plastic out, but that's to be expected. i took some photos along the way. really happy with how they turned out. Here are the pieces after a wipe down to remove loose soot: and here it is assembled: over all i am happy with the machine rigidity (good enough), but the wiring need more thought. i added extra holes to the arms for routing wires or adding wiring posts (refer to the white tape). really the laser cable is too heavy for this machine. Now on hackaday.io chuck mcclish has added details to kyttar asynchronous parallel signal processor. makerm0 has added details to folder‑shaped usb 3.0 high‑speed card reader. The encoder node v1.0 pcbs arrived during the week and i quickly assembled one to start bench testing. thankfully all the jst sockets fitted after my previous modifications, and it booted perfectly the first time.
Prototype Assembled Details Hackaday Io Now on hackaday.io chuck mcclish has added details to kyttar asynchronous parallel signal processor. makerm0 has added details to folder‑shaped usb 3.0 high‑speed card reader. The encoder node v1.0 pcbs arrived during the week and i quickly assembled one to start bench testing. thankfully all the jst sockets fitted after my previous modifications, and it booted perfectly the first time. I went ahead and assembled the prototype even with the known flaws. i have learned a lot and i can't wait to refine the boards. i have now been working on this thing off and on for 6 months and i sort of just made it up as i went along. It took me all week but i'm finally done with the assembly of the prototype pcb. i had multiple issues mostly related to overestimating my own smd soldering skills! the board look awesome and everything works very well. Recently i found a while to solder and test the latest prototype. all boards have been soldered using a hotplate made from an old iron. the soldering process took about 1 minute, because the iron didn't have a temperature controller to follow the reflow profile. the only thing that prevented burning the boards was a thermostat set around 230 °c. Find related projects and build on the shoulders of giants. start with nothing more than an idea. document your progress as you move forward. use our powerful wysiwyg editing platform for stress free documentation. add team members to your projects and work together in a private collaboration space.
Prototype Assembled Details Hackaday Io I went ahead and assembled the prototype even with the known flaws. i have learned a lot and i can't wait to refine the boards. i have now been working on this thing off and on for 6 months and i sort of just made it up as i went along. It took me all week but i'm finally done with the assembly of the prototype pcb. i had multiple issues mostly related to overestimating my own smd soldering skills! the board look awesome and everything works very well. Recently i found a while to solder and test the latest prototype. all boards have been soldered using a hotplate made from an old iron. the soldering process took about 1 minute, because the iron didn't have a temperature controller to follow the reflow profile. the only thing that prevented burning the boards was a thermostat set around 230 °c. Find related projects and build on the shoulders of giants. start with nothing more than an idea. document your progress as you move forward. use our powerful wysiwyg editing platform for stress free documentation. add team members to your projects and work together in a private collaboration space.
All Projects Hackaday Io Recently i found a while to solder and test the latest prototype. all boards have been soldered using a hotplate made from an old iron. the soldering process took about 1 minute, because the iron didn't have a temperature controller to follow the reflow profile. the only thing that prevented burning the boards was a thermostat set around 230 °c. Find related projects and build on the shoulders of giants. start with nothing more than an idea. document your progress as you move forward. use our powerful wysiwyg editing platform for stress free documentation. add team members to your projects and work together in a private collaboration space.
Comments are closed.