PRS Wind Through The Trees

PRS Wind Through The Trees - modulation effect device for guitars. Effect pedal for electric guitar, made in the USA. Completely analog circuit with two unintentional Flanger LFOs. Built up with high-quality components. Each Flanger/LFO with full adjustment possibilities for manual, depth and rate. Manual controller for the delay time of the LFO. Depth controller adjusts the depth of the Flanger effect. Rate controller for the speed of the LFO. Mix controller for continuous mixing of the Flanger. Rain regulator determines part of the output signal that is fed back into the circuit. Added highs controller to add Hhen. Dry/Wet-Poti for the failure of effect and clean input signal. True Bypass. Stable metal cough. Operation with optional selectable power supply or 9V battery. Unique analogue Flanger with two unobtrusive LFOs. With the PRS Wind Through The Trees, Paul Reed Smith sends a unique, universally analog Dual Flanger effect pedal into the race, with which never previously coveted sound worlds can be realized. The Wind Through The Trees circuit, which is built up in open-ended through-fit assembly, has two peculiar LFOs with full adjustment possibilities that can be freely mixed to achieve subtle modulation or wild effect sounds. Analogue circuit with two LFOs. In the center of the PRS Wind Through The Trees pedal are two unobtrusive LFOs for generating the classic flanging effect. While the double-existing manual, rate and depth pots allow the przise adjustment of each LFO, the mix controller mixes their signals steplessly in order to achieve a wide range of sound between subtle modulating, chorus-like tone colors and wiping, stormy sounds. In addition to the rain pot, which determines the proportion of the output signal that is fed back into the effect, the PRS Wind Through The Trees has a practical "Added Highs" controller, which helps to compensate for the unavoidable hen losses in case of severe modulation. Last but not least, the mix controller allows the przise tuning of the framing of Flanger effect and clean input signal.