Crazy Tube Circuits SuperConductor

Super Conductor features 4 distinct boost circuits in a small pedal format. Based on one-knob-wonders of the present and past, these tone accelerators can drive your rig into sonic bliss. Each all-analog circuit has its own sonic signature and features different input/out put impedance and output volume boost (dB) so that you can find the one that suits your rig and playing style. We have added tone shaping modifications, individual to each circuit, that you can switch at will. 

rm: our own silicon interpretation of the 60s classic germanium treble booster. Using a unique setup of paralleling 2 low gain silicon transistors we've managed to produce a sound that will convince even a NOS OC44 enthusiast. Its output is slightly saturated with loads of harmonics. Use it to push an already overdriven amp or add presence and bite to a dark sounding setup. 

WHITE MODIFIER OG: original frequency response | FAT: add low mids for fatter sound Specifications: 15 kn input impedance, 10 kn output impedance Max output gain: +17 dB (OG), +22 dB (FAT) 

ep: JFET preamp - gain stage based on the preamp circuit of a tape echo unit of the early 70s. This tone enhancer is known for its magical coloration and the added focus and detail it gives to your sound. Features an internal voltage boost - charge pump to 24V DC, true to the specs of the original unit it was based on.

ma: based on a clean and "transparent" volume booster of the late 70s / early 80s. This circuit is a "reference" to louder solos. Use it to run long signal chains with its low output impedance or drive your amp harder into natural saturation. 

BLACK MODIFIER 9V: true the original spec power supply | 18V: internally boosted power supply for increased headroom and fidelity. Specifications: 6.8 MD input impedance, 600 n output impedance Max output gain: +31 dB 

mf: based on a late 90s ultra-transparent, high input impedance MOSFET boost. This interpretation doesn't crackle but still retains the massive clean boost with pristine highs sonic identity of the circuit it was modelled after.