Dude your videos are so great!! I love the quality of your work. With all the diagramms, fotos and video i can learn a lot. I just ordered all the components to build both machines. Really looking forward for more videos! Good job man!
Oh wow, dude!? I was just reading in your sequencer code from this video, and Ive got to let you know, I think you really have a nack for this micro controller programming. I’ve spent the last 4 years studying electronics, building kits and projects from books and online, reading from shared files, and educational toys. I’ve learned my share of programming, and even learned 8 bit assembly language for the Intel 8051. When I examined your source code, I thought that there must have been some files that I missed, or maybe I skipped a function or something, because I couldn’t figure out just how your source code was not handling the variable output voltages for the two voltage control outputs. So I looked at your schematic again, and ...WHAM!! It hit me just how savvy this design is. You’re super clever, if you ask me. You’re taking the regular high signals from the digital out, then using the rest of the components from the hardware side of things to attenuate the digital outs and provide the varied control voltages with the attenuation that you’re implementing through the hardware! So you’ve made a truly analog signal come from the digital high signal from the Arduino. I don’t believe that would have ever occurred to me, and so I’m so super glad I actually tried to read your code, and also your code is really nice and neat and reader friendly. Thank you once again for sharing a very intelligent, intuitive, and well implemented design. I want to join your SyntheMafia, so please add me to your list of potential prospects, and I’ll try to come up with something to make myself worthy of your apprenticeship!
nice that you like the sequencer. Synthemafia is a open project/collective without a comercial purpose. If you wanna be part of the Snthemafia or more info contact synthemafia@protonmail.com
Hola, muy bueno el proyecto, estoy por la mitad del ensamblaje. Se puede alimentar de otra manera que no sea con la fuente eurorack? porque yo no tengo la caja de eurorack con la fuente switching y eso. Vi un proyecto de musicfromouterspace donde le hace un agregado a un transformador normal, pero como dijiste que arduino tiene un regulador adentro me pregunto si será posible alimentarlo de alguna manera mas simple que armando este modulo (el de mfos musicfromouterspace.com/analogsynth_new/WALLWARTSUPPLY/WALLWARTSUPPLY.php ) Muchisimas gracias por tu laburo, abrazos desde argentina.
Hi, this looks awesome, I'm looking to build one. Quick question, couldn't we have the potentiometers and the switches be paired on the same outputs as they're active at the same step (D2 and D12 be only D2, D3 and D13 .....), saving some pins and maybe make a 16 steps sequencer?? thank you for sharing and keep the good work.
Hi , thanks. No it´s not posible because in the potentiometter you need to have the voltage in the all step long but in the trigger you need to have the voltage just in the trigger time in each step. Like %50 of the step or %30 or etc.
@@synthemafia3138 Thank you for your answer.I might try a variation of your project using flip-flip or shift register to free some pins or have it work with a attiny85 chip. That's not gonna happen right away, but I'll keep you updated.
las dos filas son identicas. Cada linea controla el CV (Cotrol Voltage), y las salida del CV se encuentran a la derecha de cada linea de potenciometros. Si conectas a salida del CV un VCO(Voltage Controlled oscilator) como tu dices controlaras lo que serian las "notas". Pero tambien la puedes conectar a la entrada de CV del filtro, u otro modulo que tenga entrada de CV.
Incredible music channel! I've got your tunes on repeat. 🔁
Dude your videos are so great!! I love the quality of your work. With all the diagramms, fotos and video i can learn a lot. I just ordered all the components to build both machines. Really looking forward for more videos! Good job man!
Oh wow, dude!? I was just reading in your sequencer code from this video, and Ive got to let you know, I think you really have a nack for this micro controller programming. I’ve spent the last 4 years studying electronics, building kits and projects from books and online, reading from shared files, and educational toys. I’ve learned my share of programming, and even learned 8 bit assembly language for the Intel 8051. When I examined your source code, I thought that there must have been some files that I missed, or maybe I skipped a function or something, because I couldn’t figure out just how your source code was not handling the variable output voltages for the two voltage control outputs. So I looked at your schematic again, and ...WHAM!! It hit me just how savvy this design is. You’re super clever, if you ask me. You’re taking the regular high signals from the digital out, then using the rest of the components from the hardware side of things to attenuate the digital outs and provide the varied control voltages with the attenuation that you’re implementing through the hardware! So you’ve made a truly analog signal come from the digital high signal from the Arduino. I don’t believe that would have ever occurred to me, and so I’m so super glad I actually tried to read your code, and also your code is really nice and neat and reader friendly. Thank you once again for sharing a very intelligent, intuitive, and well implemented design. I want to join your SyntheMafia, so please add me to your list of potential prospects, and I’ll try to come up with something to make myself worthy of your apprenticeship!
nice that you like the sequencer. Synthemafia is a open project/collective without a comercial purpose. If you wanna be part of the Snthemafia or more info contact synthemafia@protonmail.com
This guy is one talented dood....been looking for a practical DIY project that takes out all the guess work! Fantastic!
Me encantó el proyecto amigo!!
I love your proyect!! Congratsss!!
I've just finished building it! Even the tik tak module and everything works perfectly! I love it! Thank you!!! I'm waiting for the next tutorials!!!
:) nice to read this. I think the next one is going to be ready at the beginning of September.
Yeah! ;)
pink panel and led - nice!
this is awesome!
Fantastic!!
Great stuff! Just what I was looking for
Gracias y enhorabuena!
Tienes un subscriptor más.
Muy buen proyecto!!!
Gracias y esperamos más!!
What a great instructional video. I'll build one of these. subbed
Just built one, and realised that i have no clock) 555 shopping tomorrow, then.
Thanks for instructions !
Fantastic Job, thank you for sharing (and your English was perfect 👍) - Subscribed
Sweet Sequencer
Well done, this is interesting.
Love this. Subbed. Keep it up
Awesome job! Subbed
Здравствуйте! Пожалуйста напишите - что у вас за модель Осцилографа.
Thanks. Can the 100K pots be substituted for 10k pots instead?
Cool!
This is a nice project, Is the output quantized?
could you share the board layout? I'm not confident on my diagram to layout skills, this will be one of my first modular projects.
What´s will be the next? I´m very curious... You are a genius!!! I´m waiting for the next step!!! Saludos from Mallorca (Spain)...regards!! Subscribed
saludos de vuelta desde Leipzig. Vengo de la peninsula yo también, de Guipuzkoa.
Guay!!! mejor!!! Un saludo!! Bienvenido pues!!
Hola, muy bueno el proyecto, estoy por la mitad del ensamblaje. Se puede alimentar de otra manera que no sea con la fuente eurorack? porque yo no tengo la caja de eurorack con la fuente switching y eso. Vi un proyecto de musicfromouterspace donde le hace un agregado a un transformador normal, pero como dijiste que arduino tiene un regulador adentro me pregunto si será posible alimentarlo de alguna manera mas simple que armando este modulo (el de mfos musicfromouterspace.com/analogsynth_new/WALLWARTSUPPLY/WALLWARTSUPPLY.php )
Muchisimas gracias por tu laburo, abrazos desde argentina.
Hi, this looks awesome, I'm looking to build one. Quick question, couldn't we have the potentiometers and the switches be paired on the same outputs as they're active at the same step (D2 and D12 be only D2, D3 and D13 .....), saving some pins and maybe make a 16 steps sequencer?? thank you for sharing and keep the good work.
Hi , thanks. No it´s not posible because in the potentiometter you need to have the voltage in the all step long but in the trigger you need to have the voltage just in the trigger time in each step. Like %50 of the step or %30 or etc.
@@synthemafia3138 Thank you for your answer.I might try a variation of your project using flip-flip or shift register to free some pins or have it work with a attiny85 chip. That's not gonna happen right away, but I'll keep you updated.
so this is what computer wife karen can do no wonder plankton loves her so much
What kind of diodes did you use?
Are the diodes 1N4148?
Hola, una pregunta... entiendo que la fila de pots de arriba controlan las notas .. y la de abajo?
las dos filas son identicas. Cada linea controla el CV (Cotrol Voltage), y las salida del CV se encuentran a la derecha de cada linea de potenciometros. Si conectas a salida del CV un VCO(Voltage Controlled oscilator) como tu dices controlaras lo que serian las "notas". Pero tambien la puedes conectar a la entrada de CV del filtro, u otro modulo que tenga entrada de CV.
Muchas gracias!!! para cuando el próximo vídeo!!??
Nice work! Out of curiosity, how much did all of these components cost to build one of these?
Thanks! Something like 25€. I used cheap conponents from Ebay.
How to connect with an ADSR module?
you can use the potentiometer output to use as a input in your ADSR modul. or also you can use the trigers
Hi! make arduino oscilator eurorack!