Dazatronyx Big Fuzz Console Pedal

From the listing

Seller's description

The Big Muff to end all Big Muffs. The less we say the better but here's the manifesto from Dazatronyx themselves: The signal flows through the pedal from right-to-left, with the controls grouped together in five sections accordingly. The progression is like this: Transistor stage 1 - gain boost. Transistor stage 2 - 1st gain boost with diode clipping. Transistor stage 3 - 2nd gain boost with diode clipping. Passive tone control stage - Blends a high-cut and a low-cut as a high/low control. Transistor stage 4 - final volume boost before the volume knob. A note on the parts selections Most of the controls allow for three selections, or more. With this limitation, I have selected values which are most-commonly occurring, so that you should be able to "dial in" almost any muff version, or get practically close to it. Especially considering part tolerances, and drift over time. In some instances, however, the parts chosen are to give a wider use of practical differences. For example, many muffs used 100Ω emitter resistors. And many also used 120Ω, or 150Ω. Similarly, for many of the bypass/low-pass capacitors, a 1μF capacitor will do the same practical job as any other all-passing capacitor such as 0.68μF, or 3.3μF. Transistors For each of the 4 transistors, the are 6 device selection options. There are internal screw-terminal sockets to experiment with finding your own NPN transistors to install and test. Units are sent out with metal-can (TO-18 package) 2N2222A installed in the sockets. Using that, you could even try installing a germanium-silicon hybrid combination. Particularly with germanium in Q2 and Q3. The transistor selections are of commonly suggested devices, along with their higher and lower gain bracket counterparts. BC547B / BC547C, 2N5088 / 2N5089, etc. BC337-25 is useful for V1 circuits. Clipping The Clip switches are an interesting place to start. These control how much bass is clipped by the clipping diodes. 47n clips the low-end frequenc