Name: Forest Green Compressor PCB
Brand: Mad Professor
SKU: MP-FGCPC
Price: 174.95 GBP
Availability: InStock

Mad professor Forest Green Compressor PCB

There is extremely low noise throughout the range and a high overload margin, which allows also a wide dynamic input range at minimum distortion and noise.

FGC is equipped with a special tone control to fine-tune the compressed sound for most transparent tone and effect.

The pedal has a switchable compressor and sustainer mode. In Sustain mode you can get a very dynamic, touch sensitive tone with a long sustain. Here the attack is not lost, making the pedal suit-able even for blues players and works great with slide playing.

Like all Mad Professor pedals FGC is hand made in Finland using only premium compo-nents, to give years of trouble free operation with superb musical tone.

LEVEL: in Compressor mode adjusts the overal volume and the FGC can be used even as a booster. In Sustain mode the Level no longer adjusts total output but the level of the sustained part.
COMPR.: Sets the amount of compression and sustain. Lower settings give mostly peak limiting, higher settings more compression and less touch sensitive response. At maximum the output will be heavily compressed, while still retaining clarity at almost infinite sustain. A good starting point for this control is a bit below centre (ten oﾒclock) with most guitars.
TONE : Tone control on FGC is designed to fine-tune the compressed sound for most transparent tone and effect: Adjust CCW for full range compression and set at noon for tighter sound with a little less bottom end and turn fully CW to slightly reduce upper treble.
COMPRESSOR/SUSTAIN SWITCH.: Attack and decay times are carefully fine-tuned and internally set for swift attack and slow decay. Sustain/Compression switch set for Sustain the attack is preserved allowing dynamic touch and ease of playing as the FGC amplifies the decay and weaker parts. For standard compression set mode switch to Compressor.

Electrical specifications
Supply voltage range: 9 to 18VDC
Current consumption at 9VDC: 14mA
Input impedance: 1M Ohms
Output impedance: 20 KΩ
Complete bypass (true bypass)
Max input -10dBV
True-bypass