chorus flanger pedal One Control BJF Dimension Blue Monger Chorus/Flanger Pedal

chorus flanger pedal One Control BJF Dimension Blue Monger Chorus/Flanger PedalA completely new type of effect that blurs the lines between the Flanger effect and Chorus effect. Allows guitarists to create a watery, 3 dimensional modulation effect that gives your tone a sense of transparency and rich reverberation. Specifications Input impedance: 280 K Output impedance: 2K Drive voltage: 9 V Current consumption: 27mA S N ratio: 90 dB Size: 39 W x 100 D x 31 H mm (not including projections) 47 W x 100 D x 48 H mm (including

A completely new type of effect that blurs the lines between the Flanger effect and Chorus effect. Allows guitarists to create a “watery”, 3-dimensional modulation effect that gives your tone a sense of transparency and rich reverberation.

Specifications

Input impedance: 280 K

Output impedance: 2K

Drive voltage: 9 V

Current consumption: 27mA

S / N ratio: -90 dB

Size: 39 W x 100 D x 31 H mm (not including projections)

47 W x 100 D x 48 H mm (including projections)

Weight: Approximately 160 g

True-Bypass Switching

High Quality Aluminum Enclosure

Power: 9V Battery or Standard DC Power Supply

Bjorn's Description
The Dimension Blue Monger is a modulation pedal tuned like a flanger in terms of delay time. However, without feedback, the Dimension Blue Monger creates a chorus type sound that can be set to make up five choruses in parallel. This causes a diffusion and complex chorus sound while maintaining the incredible clarity of every single note.

Complexity: Adjust modulation speed and depth with one knob. At counter-clockwise position, produce a standard chorus sound. At the most clockwise position, the modulation becomes bolder and more complex.

Colour: Adjust overall brightness of the tone

Mix: Adjust dry/wet balance of the overall effect. Choose between a predominant effect or an effect that appears only at the tails of phrases.

The Chorus effect is achieved by mixing dry signal with delays and modulation. The result is a number of peaks and notches which move slightly up and down the frequency spectrum, a pattern similar to water ripples.