sir thank u for sharing this amazing content. but i couldn't understand how exactly that sensors/keys work ? do they work with some kind of a touch sensetive electronic component underneath or is it just that copper tape n wire ?
Thanks! The sensors are capacitive. They measure the capacitance of the key to the electrical field of the body, through a dielectric layer, which is the tape on top. Very cool tech, only one cable per key.
@@KontinuumLAB oooh now i get it. its very cool. i had a raspberry pi pico couple days ago and i was planning to make a midi keyboard prototype. this pressure sensing feature is gonna be so useful. thanks a million !
TIME CODES:
00:00 Intro
00:58 Intro music
01:57 Start 1st build
02:29 1st build - Materials list
08:05 1st build - Key numbers
11:00 1st build - Connections
12:09 1st build - Calibrating and playing
13:10 1st build - Final comments
14:15 Start 2nd build
15:00 2nd build - Materials list
23:28 2nd build - Key numbers
26:59 2nd build - Connections
30:35 2nd build - Adding a breath sensor
31:46 2nd build Calibrating and playing
33:24 Final comments
Amazing project Sir, can you add horizontal x axis - slide to pitch bend range like + - 12.
Thanks! This is an old project, so I won't be updating the code, sorry...
The link takes us to Github. But the site says "Not found!" !
sir thank u for sharing this amazing content. but i couldn't understand how exactly that sensors/keys work ? do they work with some kind of a touch sensetive electronic component underneath or is it just that copper tape n wire ?
Thanks! The sensors are capacitive. They measure the capacitance of the key to the electrical field of the body, through a dielectric layer, which is the tape on top. Very cool tech, only one cable per key.
@@KontinuumLAB oooh now i get it. its very cool. i had a raspberry pi pico couple days ago and i was planning to make a midi keyboard prototype. this pressure sensing feature is gonna be so useful. thanks a million !