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Making a MIDI string instrument - KLIK Tutorial #3 

KontinuumLAB
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In this tutorial and build video I show how you can make a cool MIDI string instrument, which can work either as a ukulele or a bass guitar.
I make two different versions, both with four "strings", one almost exclusively made out of recycled materials, and one with 3d-printed string sensor parts.
All the 3d-models for the printed parts are here: www.youmagine....
If you want more details on how to calibrate and play the KLIK string instrument then check out the companion video for this instrument, which you can find here: • Calibrating and playin...
This is the third video in the KLIK tutorial series. In this series my main focus is on showing you how to use the KontinuumLAB Instrument Kit to make all of the different instruments that come preinstalled on the microcontroller within the kit.
You can buy the kit here: www.kontinuuml...
This video doesn't talk about coding or uploading code, because you won't need to if you own the kit. However, the sketch for this instrument is available for download. If you have the skills for it, then you should be able to make this instrument without the kit, by sourcing the sensors and materials elsewhere.
The code is available for download here: github.com/Kon...
See you in the Kontinuum!

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17 сен 2024

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Комментарии : 13   
@KontinuumLAB
@KontinuumLAB 3 года назад
TIME CODES: 02:09 Materials for 1st build 02:18 Starting the 1st build 06:58 About naming the sensors 07:30 Making DIY string sensors from matches 11:23 Sensor numbers 13:25 Connections for 1st build 13:38 Making DIY string sensors from cardboard 19:05 Calibrating and playing 1st build 19:38 Testing string sensitivity 20:24 1st build final comments 20:45 Other KLIK ukulele models 22:29 Materials 2nd build 22:39 Start 2nd build - main body 25:19 Applying 3d-printed string and fretboard sensors 26:55 Sensor numbers 2nd build 29:48 Demonstrate new and improved fretboard sensor design 33:04 A word on capacitive sensor noise & cross talk 35:43 Calibrate and play 2nd build 36:16 Testing string sensitivity 36:53 Final comments
@Dr.SanjeevSaxena
@Dr.SanjeevSaxena 3 года назад
What dielectric insulation you have use for making your own capacitive touch sensor? Is it a duct tape?
@Dr.SanjeevSaxena
@Dr.SanjeevSaxena 3 года назад
While using multiplex analog ICs or 74hc4067 based prototype boards, can we use arduino or stm32 based boards (instead of Teensy)?
@KontinuumLAB
@KontinuumLAB 3 года назад
@@Dr.SanjeevSaxena Yes, on this build it's duct tape. Any impermeable adhesive tape will do.
@KontinuumLAB
@KontinuumLAB 3 года назад
@@Dr.SanjeevSaxenaAn Arduino will work fine with the multiplexers, but not for making this instrument, because it uses the Teensy's capacitive sensors.
@Dr.SanjeevSaxena
@Dr.SanjeevSaxena 3 года назад
@@KontinuumLAB Quite understandable. However, if we use intend to use TTP223/TTP224/TTP229 touch sensor modules. Can we continue using much cheaper - atmega328p or STM32 based microcontroller boards?!! I fully understand that these are much slower & limited in features & flexibility.
@netherstarbuild
@netherstarbuild 3 года назад
im jealous of your soldering skills. you can solder like 3 times faster than me.
@KontinuumLAB
@KontinuumLAB 3 года назад
😅 practice makes perfect. Or maybe I sped up the footage.....
@vidsava
@vidsava 10 месяцев назад
I need guitar version.
@RajivDeo
@RajivDeo 3 года назад
Tuning is awful
@KontinuumLAB
@KontinuumLAB 3 года назад
Tuning is whatever you make it
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