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Edit: Sorry! Please bear with me, this is my first post! Well, it seems that placing a buffer before certain fuzzes can chance their sound. However, placing an inductor after the buffer cancels this effect ("unbuffers"): http://www.muzique.com/lab/pickups.htm Sure, ditching the buffer would too but sometimes you can't or don't want to: http://www.muzique.com/lab/imp.htm . I wonder if a simulated inductor has the same effect, this could be useful for resonance adjustment and guitar synths. Old: I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. So, does anyone know any circuits for this purpose? Low noise and ajustability would be nice.

Edit: Sorry! Please bear with me, this is my first post! Well, it seems that placing a buffer before certain fuzzes can chance their sound. However, placing an inductor after the buffer cancels this effect ("unbuffers"): http://www.muzique.com/lab/pickups.htm Sure, ditching the buffer would too but sometimes you can't or don't want to: http://www.muzique.com/lab/imp.htm . I wonder if a simulated inductor has the same effect, this could be useful for resonance adjustment and guitar synths. OLD: I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. So, does anyone know any circuits for this purpose? Low noise and ajustability would be nice.

I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. Does anyone know any circuits for this purpose? Low noise and ajustability would be nice.

Edit: Sorry! Please bear with me, this is my first post! Well, it seems that placing a buffer before certain fuzzes can chance their sound. However, placing an inductor after the buffer cancels this effect ("unbuffers"): http://www.muzique.com/lab/pickups.htm Sure, ditching the buffer would too but sometimes you can't or don't want to: http://www.muzique.com/lab/imp.htm . I wonder if a simulated inductor has the same effect, this could be useful for resonance adjustment and guitar synths. Old: I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. So, does anyone know any circuits for this purpose? Low noise and ajustability would be nice.

I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. Does anyone know any circuits for this purpose? Low noise and ajutability would be nice.

I would like to use a floating active inductor to "unbuffer" a guitar signal before a fuzz, made from off-the-shelf parts. After an exhaustive web search, the models I found either requires custom parts or is too technical. Eventually I heard of a "3-OTA conventional simulated inductor", but I could't access the schematic. Does anyone know any circuits for this purpose? Low noise and ajustability would be nice.