Bimanya, I came across this whilst trying to source an alternative for a long out of stock Kenton MIDI to CV converter. I was with you right until you cut from the river🤣. Your music sounds great and I think you could have an incredible business on your hands building bespoke gear. Hit me up if you are ever coming to England. Take care man.
This is so cool! I'm definitely going to test it. However the synth I need to control runs with Hz/V. What modifications should I make in the code? Even if I cannot reach as many octaves.
This video made me have a eureka moment with a project I was stuck on :) I am making something and I need big square flat buttons but I couldn't find any and my first idea was to make or 3D print a shell for a small pushbutton. But the piezo's are a much better solution. Thanks for the fun video an the creative insights!
Thank you breda. I have 2 pioneer controllers,im a dj and sound system builder. You mentioned connecting it to a computer and read what messages it sends. Is there a programe i need to do this. Thanks for yoy help. Thank you
@@ignitionhighpowersound2753 Yes. You need a software like Midi ox...or even a DAW like Ableton, Reaper etc They normally have tools to read midi messages
Bless up breda. I am trying to understand how to make the entire controler. I have a teensy 4.0 and can make a simple midi controller with no jog wheels. Can you teach me some knowledge plz.
So the jog wheel send out Midi CC messages. Find commercial DJ controller with a jog wheel and read it's documentation online there are several. The jog wheel is just an encoder so read about how encoders work or you can use an encoder library. After you understood this you can use any type of encoder as a jog wheel. If you can also borrow a DJ controller you can connect it to a laptop and use a see what kind of midi messages it is sending out
In the schematic some components are connected to GND, some are connected to a circle with a minus/dash in it. What does the circle with a minus/dash mean? Thanks! Great idea to use the ota for resonance control by the way!!
@@bastenhoor6902 In audio and signal processing we expect to deal with signals which are bi polar. They can swing positive and negative. Take an example of a sine wave. To reproduce it with a speaker the speaker should be able to move forwards from it's resting position and then backwards from it's resting position of O volts. So the devices /amplifiers that deal with such signals are powered with a bi polar power supply which has positive voltage, negative voltage and a ground
@@Afrorack Hi friend! Thanks for your reply. I understand the dual power supply usage. So, is the circle with dash/minus sign the negative power rail? I ask, because you use VCC (instead of a circle with a plus sign) for the the positive rail in your schematic. So I would 'expect' VEE ;-) Also the triangle next to the OTA, is this a substitute for the 2 transistors (Darlington pair) or the OTA?
Very nice start. You are quite creative! Liked, subbed and commented. I realize this is an old video, but I'm just starting to do electronic project instruments and the algorithm suggested this video so I'm commenting so you get some love from the algorithm as well as to thank you for making the video.
I've tried this before by jamming a thin needle into the microphone of a headset, It was very loud and not pratical. *And this is why im getting a suitcase Victrola record player.* Edit: Just got the record player, Amazing quality.
I think I explained it in the tutorial. What are you using for the jogwheel? Does it have an encoder and what type of encoder? If you understand how the outputs of the encoder work you are half way there, the rest is to send out Control change messages via midi
@@Afrorack im using a normal rotary encoder for testing, i got the electronics sorted but the control change messages is the part im struggling with, i cant find documentation on how to send a jogwheel cc change command
