Hey Moritz, I really wish your channel existed in 2010 when I was just learning about synths and attempting to build my own. You've honestly given the community a huge gift with these tutorials. Thank you
When you started doing your layout on the dotted paper (7:18) I got shivers... something about tech stuff laid out this neatly makes me inordinately happy. AWESOME work Moritz, really informative and entertaining, I've subscribed and can't wait to see what you make next!
I’m late to the party but I find a step bit is much easier for drilling holes after the pilot hole is drilled. Also I don’t cut the retainer on the pot anymore, if you grip it w some pliers and torque it sideways it’ll snap off clean every time w no risk of tiny metal bits shooting off like sometimes happens when you cut them. Great work. Love the cosmo format! Big everything feels big
Thank you so much for this content! I've been building a modular based on Sam's designs, but having a more in depth discussion of the circuitry is SO important to me. I plan on building this as my next project. Keep up the great work!
Dude you are an absolute genius, watching you do the strip board layout , I was amazed, I wish I had that ability, great work dude best of luck for the future dude 👍👍👍👍👍👍
I am gonna build this. Thank you for this channel, the quality is really top notch (or at least is exactly how I like it) ! I hope your sub count explodes (or your Patreon{or both!}), but until then I wanna convey my appreciation. It's nice to share the world with folks like you!
when you cut the small nibblets on the pots, instead of cuting you can break them off cleaner with normal pliers, they break right off and wont leave any pertrusions. Greetings :)
Absolutely brilliant!! Nice how you expanded the VCO from a single voice to three and the option of the variable VCO to blend the two waveshapes together. You should definitely get some interesting sounds. Simple, yet satisfying!! I will be following you during this entire project and am hoping for more insight on your modular rack. I have built a MIDI to CV unit (using a PIC) that adheres to the 1V per octave standard. Your insights on the control and operating aspects are really good. Looking forward to future videos!! Keep up the great work!!
05:38 you can also make your own PCB's, although you will have to handle ferric chloride (which as long as you wash your hands and don't start sniffing the fumes will be more of a danger to your iron tools than to you). You just need a plain copper board and a permanent marker/corrector paste to draw the tracks on it. Before drawing the tracks I recommend drilling the holes for the components first and then connecting the holes with corrector paste while having some cardboard under the copper board. After the track drawing is done you need to put the board in ferric chloride and move it around (you can drill a hole in the board and put some wire trough it) every 20-30 minutes until you see that all the exposed copper was corroded. Then you get the board out, wash it under warm water with a steel sponge and then pour back all the ferric chloride back into it's bottle. Everything that has touched the ferric chloride HAS to be washed. Also, I usually recommend perf boards when you don't need to care about stray capacitance and inductance, so I use DIY PCB's for RF stuff, signal generators I really care about and high power stuff, it's a waste of my time to make a PCB for every little circuit with some LED's and transistors.
I wish this channel existed years ago, as it's now helping me to further realise myself and progress, also reaffirming existing knowledge. Thank you for providing.
Really great content you have made and nice explanations of your thoughtprocess aswell as the circuits. Great for teaching beginners in making DIY synths :) A recommendation for drilling holes in thin sheet metal, use a step drill, it creates almost perfectly round holse and leaves littel to no burr on the edges, compared to a standard twist drill which makes traingular (tribolar) holse when drilling in thin sheet. It is also easier to center correctly, especially when making larger holes, since you start off with a small pilot hole.
Hey Im professionally versed with electronics and your descriptions go beyond tank and valve, r & c circuits water dynamics equivelents. Great analogy descriptions.. Divider and offset, tune are well described.
Love the series. For drilling panel holes, get yourself a step drill. They are a big timesaver not having to change bits between hole sizes and you can also give the holes a de-bur with the next step.
Great video, regarding the finish of the face plate: when finishing guitar pedals I find a good idea is to use a combination square to mark the drill points with a small cross, then you know all the knobs will be in line with each other. You can use a nail to punch a mark on the metal to give the drill bit something to bite into, otherwise it might wander off course. The best way I've found to finish enclosures is to draw up a design in photoshop and include a drill template. Then you can just print off the template and punch and drill knowing it'll fit in perfectly with the design. As for getting the design from photoshop onto the faceplate, I've had really good results with waterslide decal. It might look a bit labour intensive at first, but it's actually fairly easy once you get used to it and the results can look really professional.
This was a fantastic build, only had one problem with the VCO so far and wanted to post the solution (just in case). If the VCO is inexplicably oscillating at a very low frequency no matter where the tuning pot is, disconnecting and reconnecting the negative power rail will fix it. For some reason if you disconnect power entirely it still oscillates too low upon a restart. I have no idea why this happens but there you go!
Just subbed to your patron. Just give you a huge thanks. I learn best in a project oriented fashion and your explanations and process are extremely lucid. Thank you.
you can bend the legs of the sockets using a piece of perfboard: you put them in place, align a second perfboard and then move it sideways, the legs will be slightly bent, just enough to hold while soldering but not enough to damage or break
You know, those tiny protrusions on the potentiometers next to the knob axis have always annoyed me and I never thought of the obvious: just try to cut them off. Great little tip there!
You’re great!! How long did it take you to go from playing around with schematics online and in books, to actually starting your way with actual designs, to where you are creating your own layouts and all the parts in schematic form? I mean, you are a terribly thorough person, and you seem to be quite cautious and careful with your progress. I have these fears of suffering fails that become costly, until eventually I spend too much time triple checking, and less time failing! Your theory is so strong, as well as your practice. And your work shows that it pays off infinitely, no!!? That crazy sequencer that’s stepping along in the end, the one with the wiggling LEDs, what module is that?! The one that’s on top row and about third or fourth one from the left? That’s really cool, how the lights move along in that one! I’m guessing it uses a shift register as a sort of memory for keeping track of drum patterns or something like that. Really cool, THANKS SO MUCH FOR SHARING!!
Great stuff I just stripped a 50” Panasonic plasma tv. I removed the panels leaving me with a nice solid aluminum panel and solid box for a complete diy experience. Built solely from what god gives me. Right now I’m toying with a digital J11 16 bit processor simply because of its name. We have a few things in common. 😂
The mixing circuit is really really good, I just simulated it now on multisim, as expected at 50% position percentage of the potentiometer it blends to the two nicely together, but at 0% I see pure FM wave which stays 5 volts but whats interesting when its 100% its give me am which a few volts higher than my input of 5 volts.
Super video. This is something I'd love to be able to do. I'm an artist/programmer/musician by trade and I've always been 'scared' of building hardware. You should look into screen printing your design on the aluminum. It very cheap, much more accurate/tidy and can be done at home! The colour of screen prints can be fabulous as well compared to digital/laser/inkjet print. Plus, it instantly looks more professional :)
I love that you do it all on paper, but I would think that it would save a lot of anguish to use software to plan the stripboard layout, something like VeeCAD.
@@MoritzKlein0 Yeah thx I looked at the time wrong. What I do is I just grab them with regular pliers (not snippers) and force-bend it to the side. It will resist for a bit but then it will just break off and it will leave a smooth (almost) surface that is flat.
Awesome video man! I was wondering if I were to build something similar to the required dimensions of a eurorack module if it would be compatible with other eurorack modules. Thanks and keep up the great work!
I really appreciate your tutorials and the way you explain. I just don't understand why you don't use EasyEDA and JLCPB to make your boards and front panels. The cost is ridiculous and the result looks professional.
This is awesome. I'm just getting into modular, and want to know if these oscillators are easily connected to keyboards/MIDI systems? I want to make a modular setup for my studio and control it with keyboard instead of sequencer. Thanks for your content 🙏
If your keyboard has a CV output it will work immediately. Arturia's Keystep is very popular for this. If your keyboard outputs MIDI, you can get a MIDI to CV converter box, there are dozens to choose from. Cv.OCD is popular. As Moritz said, they use a microcontroller since MIDI is a digital signal.
Hi! great video and series, thanks for sharing all that knowledge to the community. You mentioned that you had troubles making a master cv input, what kind of problems were those? I really want to make the oscillator have a master cv, and would like to know what I'm facing to.
nothing really difficult. for some reason i assumed a single buffer shared by all three VCOs would be sufficient, but that's not the case. you need one buffer for each vco.
very nice videos, i startet with pedals and then did some mini drone machine circuit bend stuff with the simple oscillator from lookmumnocomputer. now i want to built a bigger synth for drone and noise music. your video are very helfpul for the filter section and now im thinking about making it voltage controllable to add a baby 8 like sequencer. i was thinking about adding a stereo delay aswell. maybe you are interested in making a video about analog fx or fm synthesis in the future :D keep it up!
ok wow i am just blown away and it looks so complex for me but i would love to learn more! my music is very analog, so can u explain what makes a module analog or digital sounding? I would like to learn how to build modules with analog circuitry because i love the sound of my analog compressor and my tape machine. Greets Julien
Hi, Moritz. The design your suggesting in this YT video doesn't work very good in LTspice, espicially the square wave shaping part. Which is generally speaking a 'bad' sign. I took the liberty to alter your design to make it work better in LTspice. If you want to, I can send you a rough LTspice sheet
Couldn't you do the pulsewidth mod with a comparator, so another op amp jnstead of the schmitt trigger inverter, leaving you with a fully used tl074 and just one of 6 schmitt trigger inverters?
Wirklich sehr schöne Videoreihe, vielen Dank, Moritz! Sobald's wieder ein bißchen mehr in der Kasse klingt, kriegst Du noch ein Patreon-Abo :D Was die Beschriftung des Gehäuses angeht -- hast Du mal über Metal Etching nachgedacht? Eine Spannungsquelle hast Du ja, zur Not tut's aber auch eine Batterie, und es ist haltbarer als Lack.
I think every producer should work things from scratch this way.....Learn sound design by vst and then work things out with analog electronics.... More ideas, more inspiration, more sounds....and the best part is that once u learn basic stuff you could design whatever you want to
@@mutedsounds2k any tips on installing It on windows, or do you know where I can find an exe, on Linux it's a simple command but windows make you build it from scratch, too advanced for me
@@existential_fred NO. I now discover with horror that it has become a paid program! I used version 0.9.3b on Widows (it was FREE) and never updated it. I'm now using Linux, and I found it using Discover, just installed it from there. Same version I used to have on Windows, the good old 0.9.3b.
Hey Moritz, thank you for this great SDIY video compendium. Nicely put together btw. When deriving more than one oscillator from a single 40106 chip, have you gotten around the issue of a weird sync or phase-lock if those two oscillators are tuned close to each other? I faced that problem when I built a dual VCO with single supply V/oct current sink a few years ago but don't know how to fix it. Have anice sunday. MfG. :)
These videos are amazing! its so inspiring to know (sort of haha, some of it is still sinking in) how all of the parts work and the theory behind it. Do you have a Bill Of Materials for this module?
Great video! One question: what is the third potentiometer (first and second channel, or last on the third channel)? Is it the 1M pot from the FM IN path, or the 100K connected to the third op amp?
2:36 CV IN. there is it answer im looking lol. would nice schematic help bit? on basic tut lol. 14:13 only schema for saw.was it basic tut how get other shapes lol
Did you build that spring reverb? i’m trying to build one right now haha! I’m a beginner to electronics and your videos are so helpful for understanding electronics with audio, thanks!
Hey Moritz, I really wish your channel existed in 2010 when I was just learning about synths and attempting to build my own. You've honestly given the community a huge gift with these tutorials. Thank you
This channel is such a gem, absolutely love every video you put out. Would also love to see some more jam content, that setup looks amazing!
Vincent Free i‘ll see if i can come up with something worthwhile!
When you started doing your layout on the dotted paper (7:18) I got shivers... something about tech stuff laid out this neatly makes me inordinately happy. AWESOME work Moritz, really informative and entertaining, I've subscribed and can't wait to see what you make next!
My schematics, at best, are electro-lasagna
I’m late to the party but I find a step bit is much easier for drilling holes after the pilot hole is drilled. Also I don’t cut the retainer on the pot anymore, if you grip it w some pliers and torque it sideways it’ll snap off clean every time w no risk of tiny metal bits shooting off like sometimes happens when you cut them. Great work. Love the cosmo format! Big everything feels big
Thank you so much for this content! I've been building a modular based on Sam's designs, but having a more in depth discussion of the circuitry is SO important to me. I plan on building this as my next project. Keep up the great work!
This channel is just insane. Congrats for this sublime content.
Dude you are an absolute genius, watching you do the strip board layout , I was amazed, I wish I had that ability, great work dude best of luck for the future dude 👍👍👍👍👍👍
Oh I'm about this, and that shirt you're wearing during the demo is sick
I am gonna build this. Thank you for this channel, the quality is really top notch (or at least is exactly how I like it) !
I hope your sub count explodes (or your Patreon{or both!}), but until then I wanna convey my appreciation. It's nice to share the world with folks like you!
I am starting to learn more about synths. Your channel is just nothing short of incredible
when you cut the small nibblets on the pots, instead of cuting you can break them off cleaner with normal pliers, they break right off and wont leave any pertrusions. Greetings :)
Absolutely brilliant!! Nice how you expanded the VCO from a single voice to three and the option of the variable VCO to blend the two waveshapes together. You should definitely get some interesting sounds. Simple, yet satisfying!! I will be following you during this entire project and am hoping for more insight on your modular rack. I have built a MIDI to CV unit (using a PIC) that adheres to the 1V per octave standard. Your insights on the control and operating aspects are really good. Looking forward to future videos!! Keep up the great work!!
thanks, much appreciated!
05:38 you can also make your own PCB's, although you will have to handle ferric chloride (which as long as you wash your hands and don't start sniffing the fumes will be more of a danger to your iron tools than to you). You just need a plain copper board and a permanent marker/corrector paste to draw the tracks on it. Before drawing the tracks I recommend drilling the holes for the components first and then connecting the holes with corrector paste while having some cardboard under the copper board. After the track drawing is done you need to put the board in ferric chloride and move it around (you can drill a hole in the board and put some wire trough it) every 20-30 minutes until you see that all the exposed copper was corroded. Then you get the board out, wash it under warm water with a steel sponge and then pour back all the ferric chloride back into it's bottle. Everything that has touched the ferric chloride HAS to be washed. Also, I usually recommend perf boards when you don't need to care about stray capacitance and inductance, so I use DIY PCB's for RF stuff, signal generators I really care about and high power stuff, it's a waste of my time to make a PCB for every little circuit with some LED's and transistors.
I wish this channel existed years ago, as it's now helping me to further realise myself and progress, also reaffirming existing knowledge.
Thank you for providing.
What a ride, loved every second of it!
After drilling the pilot holes I recommend removing the paper. Paper will make your drills ga blunt faster.
Holy hell that's a good idea. That way you use too design a panel will help me greatly. No more screwing up placement.
Really great content you have made and nice explanations of your thoughtprocess aswell as the circuits. Great for teaching beginners in making DIY synths :)
A recommendation for drilling holes in thin sheet metal, use a step drill, it creates almost perfectly round holse and leaves littel to no burr on the edges, compared to a standard twist drill which makes traingular (tribolar) holse when drilling in thin sheet.
It is also easier to center correctly, especially when making larger holes, since you start off with a small pilot hole.
will try that next time, thanks!
Hey Im professionally versed with electronics and your descriptions go beyond tank and valve, r & c circuits water dynamics equivelents. Great analogy descriptions.. Divider and offset, tune are well described.
I'm a big fan of the Look Mum No Compu'ah method of panel design: paint it black and go nuts with a silver sharpie
same!
Yeah I thought it was one of his tbh
Dude! That's one very neat hand you have there.
I built it about a year ago now in Kosmo format, it's great!
Best diy modular Channel
Diylayout for the pc is a life saver when designing for perf or strip board.
Edit: drilling if you want to get the holes perfect. Use a center punch
Love the series.
For drilling panel holes, get yourself a step drill. They are a big timesaver not having to change bits between hole sizes and you can also give the holes a de-bur with the next step.
thanks for the tip, will look into it!
Great video, regarding the finish of the face plate: when finishing guitar pedals I find a good idea is to use a combination square to mark the drill points with a small cross, then you know all the knobs will be in line with each other. You can use a nail to punch a mark on the metal to give the drill bit something to bite into, otherwise it might wander off course. The best way I've found to finish enclosures is to draw up a design in photoshop and include a drill template. Then you can just print off the template and punch and drill knowing it'll fit in perfectly with the design. As for getting the design from photoshop onto the faceplate, I've had really good results with waterslide decal. It might look a bit labour intensive at first, but it's actually fairly easy once you get used to it and the results can look really professional.
i'll be sure to try that out! thanks!
This was a fantastic build, only had one problem with the VCO so far and wanted to post the solution (just in case). If the VCO is inexplicably oscillating at a very low frequency no matter where the tuning pot is, disconnecting and reconnecting the negative power rail will fix it. For some reason if you disconnect power entirely it still oscillates too low upon a restart. I have no idea why this happens but there you go!
Just subbed to your patron. Just give you a huge thanks. I learn best in a project oriented fashion and your explanations and process are extremely lucid. Thank you.
you can bend the legs of the sockets using a piece of perfboard: you put them in place, align a second perfboard and then move it sideways, the legs will be slightly bent, just enough to hold while soldering but not enough to damage or break
Crazy shirt, got that jakin and bohas representation
You know, those tiny protrusions on the potentiometers next to the knob axis have always annoyed me and I never thought of the obvious: just try to cut them off. Great little tip there!
Moritz, thanks for your great videos.
Great work mate, this channel is incredible. Quickly becoming one of my favourites!
Respekt! Ich bewundere dieses Wissen und könnnen!
Lovely stuff, the vero project would be really great!
i am very sad that i didn't get MKI as a prof.
Grande mki dall Italia 🇮🇹 💪🏻
THANKS
You’re great!! How long did it take you to go from playing around with schematics online and in books, to actually starting your way with actual designs, to where you are creating your own layouts and all the parts in schematic form? I mean, you are a terribly thorough person, and you seem to be quite cautious and careful with your progress. I have these fears of suffering fails that become costly, until eventually I spend too much time triple checking, and less time failing! Your theory is so strong, as well as your practice. And your work shows that it pays off infinitely, no!!? That crazy sequencer that’s stepping along in the end, the one with the wiggling LEDs, what module is that?! The one that’s on top row and about third or fourth one from the left? That’s really cool, how the lights move along in that one! I’m guessing it uses a shift register as a sort of memory for keeping track of drum patterns or something like that. Really cool, THANKS SO MUCH FOR SHARING!!
U are actually amazing bruv thank you
Awesome! I am inspired!
As far as the labels I would look at anodizing because the way that came out you may as well just use a silver Sharpie marker and draw the lines
Great stuff I just stripped a 50” Panasonic plasma tv. I removed the panels leaving me with a nice solid aluminum panel and solid box for a complete diy experience. Built solely from what god gives me. Right now I’m toying with a digital J11 16 bit processor simply because of its name. We have a few things in common. 😂
This is soooo cool! Thanks for these informative and easy to follow videos. I know what my winter project is going to be! :D
Love it, nice work!
maan i love every thing you've made
great content, great editing and great sound. thanks for making this video
What a big proyect!! excelente!! keep going hermano!!
Thank you so much for the video!
amazing channel! thanks for sharing
The mixing circuit is really really good, I just simulated it now on multisim, as expected at 50% position percentage of the potentiometer it blends to the two nicely together, but at 0% I see pure FM wave which stays 5 volts but whats interesting when its 100% its give me am which a few volts higher than my input of 5 volts.
Super video. This is something I'd love to be able to do. I'm an artist/programmer/musician by trade and I've always been 'scared' of building hardware.
You should look into screen printing your design on the aluminum. It very cheap, much more accurate/tidy and can be done at home!
The colour of screen prints can be fabulous as well compared to digital/laser/inkjet print. Plus, it instantly looks more professional :)
Holy shit that is so cool.
Fritzing could help in the perfboard design.
Love your stuff❤
Your videos are really special :D
thanks a lot Sr.!
tip For your art work you could you modeler tape, it come in 1mm 2.imm , and 3mm
roles
love this channel
I love that you do it all on paper, but I would think that it would save a lot of anguish to use software to plan the stripboard layout, something like VeeCAD.
12:55 Its easier to break them off (bend them to the side). That way youll have a cleaner sureface afterwards and its way easier.
you mean 12:55? how would you go about bending them?
@@MoritzKlein0 yeah you can grab them with pliers and just kind of wiggle it back and forth till it comes off.
@@MoritzKlein0 Yeah thx I looked at the time wrong. What I do is I just grab them with regular pliers (not snippers) and force-bend it to the side. It will resist for a bit but then it will just break off and it will leave a smooth (almost) surface that is flat.
Awesome video man! I was wondering if I were to build something similar to the required dimensions of a eurorack module if it would be compatible with other eurorack modules. Thanks and keep up the great work!
yes it would! though you‘d have to use a proper eurorack power connector to hook it to your power supply.
Great content...and build ... ! 👏
I really appreciate your tutorials and the way you explain. I just don't understand why you don't use EasyEDA and JLCPB to make your boards and front panels. The cost is ridiculous and the result looks professional.
Yeah seriously.
mostly because i enjoy making stuff "from scratch" as much as possible - and because i like the hand-made aesthetic.
@@MoritzKlein0 I really like your hand drawn masks for the outside panels. That's a really nice aesthetic.
12:54 it is better to break them with pliers so as not to blunt the cutters
thank you sosososoosso much❤
keep doing it, its so great!
That is awesome.
That shifts module looks really cool, could you explain what it does? ty and keep on making content :)
tip use a center punch to mark your drill holes
Excellent !!!i was Looking for a triple oscillators,close to the model D...and yes,no triple vco !!!duo,quad...but triple !?!?
Hi Mortiz, I have a doubt. At what components did you connected the potentiometers?
I love the music you played while designing the stripboard layout... what is it? :) 7:21
just some random chords i had the finished module play!
This is awesome. I'm just getting into modular, and want to know if these oscillators are easily connected to keyboards/MIDI systems? I want to make a modular setup for my studio and control it with keyboard instead of sequencer.
Thanks for your content 🙏
to be honest i have no idea about midi to CV interfacing, sorry! from what i gather you'd probably have to use a microcontroller though!
If your keyboard has a CV output it will work immediately. Arturia's Keystep is very popular for this. If your keyboard outputs MIDI, you can get a MIDI to CV converter box, there are dozens to choose from. Cv.OCD is popular. As Moritz said, they use a microcontroller since MIDI is a digital signal.
This one is a midi to cv converter designed to match this synthesizer format. www.lookmumnocomputer.com/projects#/1007-midi-cv
Hi! great video and series, thanks for sharing all that knowledge to the community. You mentioned that you had troubles making a master cv input, what kind of problems were those? I really want to make the oscillator have a master cv, and would like to know what I'm facing to.
nothing really difficult. for some reason i assumed a single buffer shared by all three VCOs would be sufficient, but that's not the case. you need one buffer for each vco.
very nice videos, i startet with pedals and then did some mini drone machine circuit bend stuff with the simple oscillator from lookmumnocomputer. now i want to built a bigger synth for drone and noise music. your video are very helfpul for the filter section and now im thinking about making it voltage controllable to add a baby 8 like sequencer. i was thinking about adding a stereo delay aswell. maybe you are interested in making a video about analog fx or fm synthesis in the future :D keep it up!
yes definitely! delay and reverb are on my list.
das ist so cool
What a great channel! Looking forward to building this.
Does the Patreon provide any detailed circuit analysis.
you mean a mathematical analysis?
The sq1 is well handy.
That's it, three videos in amd I've decided to build myself a "Moritz" xD. Now, which module to start with?
Impressive👍
thanks !
ok wow i am just blown away and it looks so complex for me but i would love to learn more! my music is very analog, so can u explain what makes a module analog or digital sounding? I would like to learn how to build modules with analog circuitry because i love the sound of my analog compressor and my tape machine. Greets Julien
Hi, Moritz. The design your suggesting in this YT video doesn't work very good in LTspice, espicially the square wave shaping part. Which is generally speaking a 'bad' sign. I took the liberty to alter your design to make it work better in LTspice. If you want to, I can send you a rough LTspice sheet
Can I get a link?
Great video ! For stripboard design: Why not using "DIY Layout Creator" (free software tool)?
mostly because i enjoy getting away from my computer - but good recommendation!
Good call. Will check. Thanks @Louis Pierre Geerinckx
@@MoritzKlein0 I love your style and commitment ;)
Would it be possible to adapt this design into an LFO by lowering the frequency range? A video on LFOs would be awesome
yeah, but then you can also simplify the osc core since you probably don’t need voltage control
Couldn't you do the pulsewidth mod with a comparator, so another op amp jnstead of the schmitt trigger inverter, leaving you with a fully used tl074 and just one of 6 schmitt trigger inverters?
Awesome tutorial! Can you share a link to your Stripboard layout and the schematic?
schematic is already on my patreon, stripboard layout will be up soon (with some revisions).
grossartig....ebenso verständlich für einen laien wie mich. aboniert!!! neue fav kanal!!!
Wirklich sehr schöne Videoreihe, vielen Dank, Moritz! Sobald's wieder ein bißchen mehr in der Kasse klingt, kriegst Du noch ein Patreon-Abo :D Was die Beschriftung des Gehäuses angeht -- hast Du mal über Metal Etching nachgedacht? Eine Spannungsquelle hast Du ja, zur Not tut's aber auch eine Batterie, und es ist haltbarer als Lack.
Junge du bist sowas von krass! 🤯💥
I think every producer should work things from scratch this way.....Learn sound design by vst and then work things out with analog electronics....
More ideas, more inspiration, more sounds....and the best part is that once u learn basic stuff you could design whatever you want to
You could use the FREE software Fritzing to draw your stripboards.
I find it really convenient.
i think i‘ll switch to pcbs very soon, but good tip nonetheless!
Do you use it on Windows?
@@existential_fred I used it on Windows up to some months ago.
Now I use it on Linux.
@@mutedsounds2k any tips on installing It on windows, or do you know where I can find an exe, on Linux it's a simple command but windows make you build it from scratch, too advanced for me
@@existential_fred NO. I now discover with horror that it has become a paid program!
I used version 0.9.3b on Widows (it was FREE) and never updated it.
I'm now using Linux, and I found it using Discover, just installed it from there.
Same version I used to have on Windows, the good old 0.9.3b.
Hey Moritz, thank you for this great SDIY video compendium. Nicely put together btw. When deriving more than one oscillator from a single 40106 chip, have you gotten around the issue of a weird sync or phase-lock if those two oscillators are tuned close to each other? I faced that problem when I built a dual VCO with single supply V/oct current sink a few years ago but don't know how to fix it. Have anice sunday. MfG. :)
These videos are amazing! its so inspiring to know (sort of haha, some of it is still sinking in) how all of the parts work and the theory behind it. Do you have a Bill Of Materials for this module?
Great video! One question: what is the third potentiometer (first and second channel, or last on the third channel)? Is it the 1M pot from the FM IN path, or the 100K connected to the third op amp?
Is there a components list for this one? It would be very usefull!
2:36 CV IN. there is it answer im looking lol. would nice schematic help bit? on basic tut lol.
14:13 only schema for saw.was it basic tut how get other shapes lol
Hey Moritz, wo lernt man das? 7:40 macht mich fertig. Klasse!
trial & error und viel freizeit!
How are you triggering that module when it has no black cables from the sequencer being input into the module ?
Did you build that spring reverb? i’m trying to build one right now haha! I’m a beginner to electronics and your videos are so helpful for understanding electronics with audio, thanks!
yup, the driver module at least. it’s fairly simple, i‘ve been meaning to do a video on it!
@@MoritzKlein0 that’d help a bunch haha, amplifying the tank the right way is super confusing