- Build Rating
- 5.00 star(s)
I wasn’t planning to write a report for this, but I didn’t find another report for this circuit.
I’ll quote the product page for an overview:
I appreciate designs the use common, inexpensive parts as an alternative to the “mojo”.
I think this is a good beginner circuit, even with the three trimpots. I biased it to 4.5v at first. Then I adjusted the other two trims to taste. Finally, I went back to the bias and tweaked to what I thought sounded best, which ended up being 4v.
Ok, how does it sound? Good! I like it. I think I’m going to try it in place of my Antithesis fuzz for a little while. I still haven’t tried building a Ge FF, so I don’t have a way to A/B what the description claims.
I’ll quote the product page for an overview:
The PedalPCB Silica Fuzz is a silicon-based fuzz circuit designed to deliver the warm, vintage-style tones typically associated with low-gain germanium transistors—without the hassle of sourcing rare components. Utilizing a unique piggybacked transistor configuration, the Silica Fuzz simulates the characteristics of low-gain devices using modern, readily available silicon transistors.
I appreciate designs the use common, inexpensive parts as an alternative to the “mojo”.
I think this is a good beginner circuit, even with the three trimpots. I biased it to 4.5v at first. Then I adjusted the other two trims to taste. Finally, I went back to the bias and tweaked to what I thought sounded best, which ended up being 4v.
Ok, how does it sound? Good! I like it. I think I’m going to try it in place of my Antithesis fuzz for a little while. I still haven’t tried building a Ge FF, so I don’t have a way to A/B what the description claims.
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