Search results

  1. R

    Lazy Breadboard Modules [DEVELOPMENT]

    Ok first attempt at a layout. This is the BJT module. ~60x40mm Aligned to 2.54mm spacing. There's a 5mm buffer between each component which hopefully should make exchanging components fairly easy. Trying to plug it directly into a breadboard seemed a little silly given the size, I think you...
  2. R

    Pots in OP-Amp feedback loops and Gain Law

    Earlier in the chapter he actually explains how the log law of audio pots is a crude approximation and this way gives better results.
  3. R

    Lazy Breadboard Modules [DEVELOPMENT]

    Yeah the muffin crumb inspired me to do this.
  4. R

    Lazy Breadboard Modules [DEVELOPMENT]

    Love the vibe.
  5. R

    Pots in OP-Amp feedback loops and Gain Law

    In Doug Small's book "Small Signal Audio Design" he suggests we get better control over our gain control by having the pot straddle to two feedback networks. However, I barely ever see pedal designs utilise this. Is there a downside? One I can foresee is that we might change the value of the...
  6. R

    Lazy Breadboard Modules [DEVELOPMENT]

    Ideas for future modules FMV TMB Tonestack Baxandall Treble Bass Shelf Paramteric EQ Gyrator EQ Single Op-Amp Version Any others?
  7. R

    Lazy Breadboard Modules [DEVELOPMENT]

    Yeah, this really stems from my own laziness. I layed out a Rat on my own, first using DIY Layout Creator, then actually on a breadboard, and it worked first time, which was awesome, but laying out all the feedback components was a real killjoy for me. I think I'll spend a lot more time...
  8. R

    Lazy Breadboard Modules [DEVELOPMENT]

    One thing I think I've noticed already is the the input Caps in the OP-amp section doesn't have a path to ground.
  9. R

    TO-5 Sockets

    @jwin615 @Feral Feline I started a thread about the breadboard modules https://forum.pedalpcb.com/threads/lazy-breadboard-modules-development.27584/ Would love feedback and suggestions.
  10. R

    Lazy Breadboard Modules [DEVELOPMENT]

    I mentioned I was developing some lazy breadboard modules in another thread and there was some interest in the idea. I'm a pretty amateur designer so feedback and suggestions are welcome. I'll publish everything on my github so people can get involved and use the modules when they're done. I...
  11. R

    TO-5 Sockets

    Haha good. Cause I ordered some anyway in case they just sent you the wrong ones by mistake. Planning to use them on a lazy breadboard system I've been developing.
  12. R

    TO-5 Sockets

    Good to know, thanks.
  13. R

    TO-5 Sockets

    From that actual listing? I'm just going by the datasheet that's on the listing. Couldn't find them on Tayda, would be happy for a link there also.
  14. R

    TO-5 Sockets

    Not sure what you mean? The measurements are exactly the same as you find inside the plastic encased headers.
  15. R

    TO-5 Sockets

    Was thinking about this idea and found this https://www.aliexpress.com/item/1005004707554342.html And a smaller quantity https://www.aliexpress.com/item/1005002830101899.html
  16. R

    Pedal name generator, the pedal name roulette!

    I got Gonna try and design a circuit around this name.
  17. R

    Overloader! (6 Transistor Big Muff)

    Interesting. So it didn't sound as good if say all transistors were BC459s in the circuit?
  18. R

    Overloader! (6 Transistor Big Muff)

    Why these particular transistor choices?
  19. R

    I'm combining 2 ground planes. Analog and Digital. What potential problems can happen?

    This was another good one maybe
  20. R

    I'm combining 2 ground planes. Analog and Digital. What potential problems can happen?

    I think it was this video that discussed digital and analogue ground design. At least a couple of his other mixed signal design videos have delved into this too I think
Back
Top