Drolo Moon Rabbit Phaser Manuale - Pagina 5

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Some notes:

This phaser has quite a large range of settings that allow you to dial in very common phaser sounds but also a lot of

weird sounds, "bad" sounds and even silence.

A lot of the controls are interactive, especially if you introduce the envelope follower where the input signal will also

dictate how the pedal behaves.

It may take a bit of experimenting and exploring to get a grasp of how everything works but I'll try to give you some

pointers.

Let's try to better understand the interaction between range and depth:

Let's start off with a "basic" phaser sound: set the env/0/exp switches to their middle (0) position. Select the sine

wave for the LFO and set every other knob at noon.

Depth will define how wide the LFO wave will sweep and range defines where the middle point of that wave will sit.

Start by turning the range knob in each direction to get a feel of how it affects the sweep of the LFO and the

resulting sound.

Now do the same with the depth knob. You will notice that if depth is at max, range has no effect.

Let's try the following: Set both range and depth at max and slowly start to turn down depth. You will notice the as

you dial it back the sweep stays in the upper frequencies but does not go as low. Conventionally most common

phaser sounds will be in the upper frequency ranges.

You can do the same but starting with the range knob at minimum. Here you will see that as you dial back the depth

the sweep goes lower and lower. There is a portion of the lower frequencies where the sweep is barely audible.

Usually to get a more "classic" phaser sound you will try to set your range to be just above that portion to have a

more even sweep. But this characteristic can also be put to good use for more unconventional or rhythmic sounds.

Here is a crude representation of what I am trying to explain :) :

The red line represents the setting of the range knob. The green line represents the increasing of the depth and the

black line is the resulting LFO wave.