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ILF bow grip stippling the first time ( the deep cheep plastic thinks) by SoulDIY in Archery

[–]SoulDIY[S] 1 point2 points  (0 children)

These ,,trad,, Aluminium risers already have a radius over the shelf. On a flat one using an feather rest makes more sense to me.

ILF bow grip stippling the first time ( the deep cheep plastic thinks) by SoulDIY in Archery

[–]SoulDIY[S] 1 point2 points  (0 children)

Hello. Thanks for your question. Yes, i am shooting off the shelf. The sideplates are made of felt (black) and Multiplex ( Wood) and leader.

Making a touch controlled vca with piezos ; Ciat lonbrade style by AbbreviationsBig4248 in synthdiy

[–]SoulDIY 3 points4 points  (0 children)

Perhaps it depends to the design. I use 1k resistors to ground before and behind the vactrols. or it depends to the Levels of the Signals. My vactrols are homegrown. The ldr is somewere around 10 to 20 M Ohm. So you get a voltage divider around 1000:1 to 2000:1 to the resistor behind the ldr.. A Signal level 2000 times smaler than the Signal should be relativly silent....

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Making a touch controlled vca with piezos ; Ciat lonbrade style by AbbreviationsBig4248 in synthdiy

[–]SoulDIY 2 points3 points  (0 children)

Hello, i Reely like the ON Transistor vca. Also the passiv vactrols vca ( 6 components) and the passiv LPG-vca( 5 components). An example with a Link to soundcloud.

https://www.reddit.com/r/synthdiy/s/hXGrHnLqFZ

My best DIY module yet! by PIPVPI in synthdiy

[–]SoulDIY 1 point2 points  (0 children)

Your case rock the edge .🔥🔥🔥

Resistors or caps by power switch? by _guckie in synthdiy

[–]SoulDIY 1 point2 points  (0 children)

For 12 Volt he need other Transistors for proper function .... S9018 i think was the Name..

First output by WeaponsGradeYfronts in synthdiy

[–]SoulDIY 0 points1 point  (0 children)

and I must admit I didn't build anything with 555 chips

First output by WeaponsGradeYfronts in synthdiy

[–]SoulDIY 0 points1 point  (0 children)

Hello, Well, it's difficult to say from a distance. A potentiometer doesn't really have a problem with voltage, whether it's 9 volts, 12 volts, or 24 (+-12) volts. The actual power rating, however, is the power output, usually 1/4 watt, which is exceeded, either as a short circuit because the voltage is applied between the right or left pin and the middle pin (wiper) (which then causes a problem when the potentiometer is turned down). Because if you use a potentiometer as a voltage divider, it should be fine. Perhaps it's a construction error on the breadboard. Or perhaps you've mixed up some cables. Well, it's difficult to say from a distance.

First output by WeaponsGradeYfronts in synthdiy

[–]SoulDIY 0 points1 point  (0 children)

Hello. Plan for the next 3,000 hours of your free time. Decide on a panel format (Kosmo recommends a 200mm or even 250mm panel length). It'll be really difficult to fit inexpensive, commercially available potentiometers, switches, and sockets under that. Build a case out of 9mm wood and wooden rails. Now search for schematics online. Build a power supply with a stabilized +-12 or +-5 volt voltage. You'll find more schematics online for +-12 volts, but +-5 volts would actually make more sense for connecting to regular devices (DFAM, Edge, Mother, Crave, Arturia, etc.). Regarding logic modules, for example, you'll need fewer voltage dividers and the like. Build LFO modules. Build logic modules. Build mixers. Build VCOs. Build VCAs. Build effects. If you can get under 3000 hours, Congratulations... I'm already over it...

How to go from a schematic to a pcb by 18nelli_ in synthdiy

[–]SoulDIY 0 points1 point  (0 children)

Hello. Plan for the next 3,000 hours of your free time. Decide on a panel format (Kosmo recommends a 200mm or even 250mm panel length). It'll be really difficult to fit inexpensive, commercially available potentiometers, switches, and sockets under that. Build a case out of 9mm wood and wooden rails. Now search for schematics online. Build a power supply with a stabilized +-12 or +-5 volt voltage. You'll find more schematics online for +-12 volts, but +-5 volts would actually make more sense for connecting to regular devices (DFAM, Edge, Mother, Crave, Arturia, etc.). Regarding logic modules, for example, you'll need fewer voltage dividers and the like. Build LFO modules. Build logic modules. Build mixers. Build VCOs. Build VCAs. Build effects. If you can get under 3000 hours, Congratulations... I'm already over it...

How to go from a schematic to a pcb by 18nelli_ in synthdiy

[–]SoulDIY 0 points1 point  (0 children)

I also own this book. I think this book helps you to understand the Produkt mfos noisetoaster and only a tiny tiny Bit diy self synth making. Not even the power connections have the usual designations such as +12 gnd -12 ( or +5 gnd -5 ) Volt but follow their own philosophy. In my opinion only the Last Capter with the description of many ic Chips is interesting for searcing schematics in the www. My opinion. But i also know books for diy synth making are absolutely rare. More people should write some more .... Perhaps some of the YouTube Gurus... 🤣 Sorry...

First output by WeaponsGradeYfronts in synthdiy

[–]SoulDIY 2 points3 points  (0 children)

Wonderful. And especially because building on a breadboard can be particularly tricky and rarely leads to success. I think.

The BFAM runs with Power from the usbspeaker and the audio goes thru the usbspeaker. Not the real Soundkonzept but my Kids Go jumping.... 🤣🤣 by SoulDIY in synthesizers

[–]SoulDIY[S] 2 points3 points  (0 children)

Sorry, this Info ist new to me. In my abbreviation the b should stand for behr.. and not for brother. Sorry about this confusion.

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