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Messages - alexpaz

#1
Oh you guys are clutch. Thank you so much!!!
#2
Hi, I have a 2010 mudbunny that I would like to build. The oldest document I could find is the 2012 version on yumpu. The Archive version only goes back to 2014. I've been trying google over the last 2 days and I can't find anything. Can someone post the 2010 schematic (so I can match part numbers) or build document if there are any errors on the pcb? (I know some boards of that era had errors here or there)

Thanks.
#3
Yeah, I'll have to make my own pots but I've done it before so that's not too bad.

That pedalpcb project is perfect.  Idk why I didn't find it before.  it looks like they are running the voltage the way I thought. I may do the switching similar to their method. Maybe I'll breadboard everything first just to get an idea of what is going on.

Thanks for your help!
#4
Hi, I'm trying to wrap my head around putting 2 different fuzz faces (mangler and violenzz) in the same enclosure. I would really like to have dual pots so I can control the volume and fuzz of each with only 2 knobs while having a switch to change between the Ge and Si circuits. I have an old version of the mangler (2011) so I plan to use a road rage for the -9v. 

Basically my question is, how can I run both circuits in the same enclosure? I've built a lot of pedals, but never a PNP, and for some reason how to run both of these from the same power supply is confusing the crap out of me.
Since I will be switching between circuits anyway (only one will be active at a time), if I just use a 4PDT toggle or something, can I switch the voltage that way?

As far as hooking it up, would I basically wire the power jack as normal, and then use the regular ground as the ground for the PNP circuit and the -9v from the road rage to power it? So basically, the ground would be the same on both circuits, but one would be +9v from the power supply and the other would be -9v from the inverter?

Could I use a sag control with this configuration? Where the ground didn't change, only the voltage polarity?


I've looked around the internet, and haven't found a satisfactory answer to this question which is why I'm asking here.

Thanks in advance

Alex