This was (I believe) the 3rd iteration of Maestro's Fuzztone fuzz pedal. The first 2 used germanium transistors and AA batteries. This marked the changed to silicon transistors and a 9v battery. Originals had 2N3860 transistors, but 2N2222s or 2N3904s would probably work just fine. Couldn't find any info on the diode, so socket and experiment. I also couldn't find any demos of the 2 transistor version (there is also a 4 transistor version of the FZ-1B), so you'll just have to make it to find out!
whats the size of this pcb? and the Jordan BossTone too? :) thanks for answer me question.
ReplyDeleteThis one's 1.8" wide and 1.1" tall. The Bosstone is 1.8" wide and 0.85" tall
ReplyDeleteThis layout is verified :D, sounds good.
ReplyDeleteThanks Daniel!
DeleteHave you followed the scheme of Andrew Carrel for this design? Do you know if the original scheme works or is there an error?
ReplyDeletehttps://sites.google.com/a/davidmorrin.com/www/home/trouble/troubleeffects/maestro-fuzz-tone/FZ-1B%20early.png?attredirects=0
I see difference value of the electrolytic cap
I drew this up 4 years ago, but if memory servers I think it was Andrew's schematic I used. I don't know if the original schematic is accurate. I know there are some old Maestro schems that are inaccurate. The layout is verified though.
DeleteI would like to know if anyone who has built this circuit, what transistor did you use. I'm unable to source the 2N3860.
ReplyDeleteHa, I must have missed the part about using 2N2222 or 2N3904, WHICH I have in my bin. I tried a 5817 diode and 2n2222'S. Sounds real nice. I verify also. Thank you.
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ReplyDeleteThe FZ-1b is a 4 transistor circuit that uses a dual gang pot for the output balance. This circuit is very different to the FZ-1b, although the FZ-1b uses silicon devices. I just repaired an original FZ-1b that I'm going to clone. I found this page looking for info on others attempts.
ReplyDeleteLa primer version utilizo solo 2 transistores.
DeleteHola! hay un error en el valor del capacitor de 15 nF, en el esquema original es .22 / 220 nF o .15 / 150 nF.
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