Affects the bottom end of your tone and can make it more boomy when boosted.ġ50Hz adds fullness and body. (For a bass-friendly rundown, check out this article).ħ5Hz: you can consider this a bass control. Here is a quick, simple breakdown of how each frequency affects your overall guitar tone. There are five frequency ranges on this graphic EQ that you can cut or boost: 75Hz, 150Hz, 500Hz, 1.5kHz, and 3kHz. Here we have the front control panel of Carvin Audio X100B guitar amp, showcasing the graphic EQ control along with the bass, mid, and treble active tone controls. Let’s take a look at the Carvin Audio X100B as an example. It is important that you take the time to become familiar with each frequency and how it affects your sound. These frequencies are labeled in the standard unit of frequency Hz (Hertz) and kHz (Kilo Hertz or 1000Hz) as opposed to the more common bass/mid/treble format. The center position of the slider is the zero position where that frequency is neither boosted nor cut. Each slider controls the amount of boost or cut for that frequency band. The low frequencies usually start on left going right to higher frequencies. Each fader corresponds to a frequency band where the indicated frequency is the center or peak frequency of that band. However, a graphic EQ system isn't all too different than your regular bass/mid/treble controls and can actually help you fill in many of the gaps that these controls alone can't cover.Ī graphic EQ consists of a set vertical sliders (level controls) from 5 up to 30 in a horizontal row. And for good reason - all those numbers and sliders are more akin to a mixing board than an amp. If you're used to the standard three-band EQ section found on many of today's guitar amps, a graphic EQ may seem a little intimidating.
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