Parametric EQ - Revision history

Zander at 16:10, 19 November 2020

2020-11-19T16:10:29Z

Zander: /* Freq. Select */

2020-07-08T08:40:05Z

‎Freq. Select

Zander: /* General Information */

2020-02-01T20:25:22Z

‎General Information

Zander: /* Controls */

2020-02-01T20:23:32Z

‎Controls

Zander: /* General Information */

2020-02-01T20:19:53Z

‎General Information

Zander: /* Controls */

2020-02-01T20:18:46Z

‎Controls

Zander: /* Controls */

2020-02-01T20:16:55Z

‎Controls

Zander: /* Width or "Q" */

2019-12-17T08:27:39Z

‎Width or "Q"

Zander at 03:23, 4 December 2019

2019-12-04T03:23:51Z

Zander: /* General Information */

2019-12-04T03:22:55Z

‎General Information

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 We don't necessarily agree with this statement, but we will agree that someone using a parametric equalizer requires a bit more sophistication in what they're looking for tone-wise, and a willingness to invest more time when it comes to using one. One of the benefits (some might say it's a drawback) of using a parametric equalizer is that it tends to demand that the person using it use their ears to get the sound they're looking for, instead of just allowing that person to "use settings they already know they like" - especially when they're using one for the first time.
-* '''Thermionic Studios has one(1) BYOC Parametric EQ pedal available for rental.'''
 == Controls ==

@@ Line 72: / Line 72: @@
 === Freq. Select ===
 [[File:ParametricEQ_FreqSelect.png|310px|border|right]]
-This tone control is used to sweep across the range of frequencies available to that particular tone control. In other words, if we're talking about the midrange select control, this control is used to set the central frequency that's being modified by the rest of the controls. Returning to the midrange control, the frequency of the midrange select can vary (depending on the setting) from 250Hz to 2.5kHz
+This tone control is used to sweep across the range of frequencies available to that particular tone control. In other words, if we're talking about the midrange select control, this control is used to set the central frequency that's being modified by the rest of the controls. Given the specifics of the midrange frequencies listed above, using the frequency select of the midrange band can vary from 250Hz to 2.5kHz.  Setting the knob at noon would select a midrange frequency "center" at around 1kHz or 1000 Hz.
 <br />

@@ Line 49: / Line 49: @@
 == General Information ==
-So the Parametric EQ operates like any other parametric equalizer that you might find on the market. We have found not just guitarists, but bass players, keyboard players, and even recording engineers and producers also being attracted to and using parametric equalization. In some cases, a parametric equalizer will be used by a front-of-house sound engineer to isolate and remove particular offending frequencies. The show can then proceed, often with no, or little discernible difference in sound being output by the band.
+The Parametric EQ operates like any other parametric equalizer that you might find on the market. We have found not just guitarists, but bass players, keyboard players, and even recording engineers and producers also being attracted to and using parametric equalization. In some cases, a parametric equalizer will be used by a front-of-house sound engineer to isolate and remove particular offending frequencies. The show can then proceed, often with no, or little discernible difference in sound being output by the band.
 If you're just learning about how a parametric equalizer works for the first time, these next sections on how the controls work should be helpful.

@@ Line 10: / Line 10: @@
 == Controls ==
 [[File:BYOC_ParametricEQ_front.png|right|frame|<div style="text-align:right">Image from expired [http://www.reverb.com Reverb.com] auction</div>]]
-So usually we just launch into a description of the controls, but we need to do it a bit differently here since the controls require a bit more nuance be used when describing them.
+Usually we just launch into a description of the controls, but we need to do it a bit differently here since describing the controls requires a bit more nuance be used.
 To start off with, the Parametric EQ is not that different from a normal tone control stack which separates the tone controls into three frequency bands: Bass, Midrange, and Treble. The design of the Parametric EQ aligns each frequency band into its own discrete bank of controls; with each of those sets of controls offering the same set of functions for its own frequency band:

@@ Line 51: / Line 51: @@
 So the Parametric EQ operates like any other parametric equalizer that you might find on the market. We have found not just guitarists, but bass players, keyboard players, and even recording engineers and producers also being attracted to and using parametric equalization. In some cases, a parametric equalizer will be used by a front-of-house sound engineer to isolate and remove particular offending frequencies. The show can then proceed, often with no, or little discernible difference in sound being output by the band.
-If you're just learning about how a parametric equalizer works for the first time, these next sections on how the controls work should be of great interest.
+If you're just learning about how a parametric equalizer works for the first time, these next sections on how the controls work should be helpful.
 === Width or "Q" ===
@@ Line 78: / Line 78: @@
 <br />
 == Pedal Manual ==

@@ Line 17: / Line 17: @@
 * Frequency-band "Midpoint" Select: '''Freq. Select'''
-These controls are incredibly interactive, and as described above, it may take using the Parametric EQ to develop some of the contextual knowledge in order to understand what's going on.
+These controls are incredibly interactive, and as described above, it may take using the Parametric EQ to develop some contextual knowledge in order to fully understand what's going on.
 After we describe the frequency control banks, we'll expand on the nature of those tone controls and of the parameters controlled further down in this article. We also include some diagrams that should help clarify the concepts.

@@ Line 10: / Line 10: @@
 == Controls ==
 [[File:BYOC_ParametricEQ_front.png|right|frame|<div style="text-align:right">Image from expired [http://www.reverb.com Reverb.com] auction</div>]]
-So usually we just launch into a description of the controls, but we need to do it a bit differently here since the controls require a bit more nuance in their description.
+So usually we just launch into a description of the controls, but we need to do it a bit differently here since the controls require a bit more nuance be used when describing them.
-Each bank of controls has the same feature set:
+To start off with, the Parametric EQ is not that different from a normal tone control stack which separates the tone controls into three frequency bands: Bass, Midrange, and Treble. The design of the Parametric EQ aligns each frequency band into its own discrete bank of controls; with each of those sets of controls offering the same set of functions for its own frequency band:
 * Frequency-band Width Control: '''Width or "Q"'''
 * Selected Frequency-band Volume: '''Boost / Cut'''
 * Frequency-band "Midpoint" Select: '''Freq. Select'''
-These controls are incredibly interactive, and as described above, it takes a bit of contextual knowledge to understand what's going on. After the description of the control banks, we do expand on the nature of the tone controls and the parameters controlled further down in this article, including some diagrams that should help clarify the concepts.
+These controls are incredibly interactive, and as described above, it may take using the Parametric EQ to develop some of the contextual knowledge in order to understand what's going on.
 === Bass Bank ===
-This bank modifies adjustments to bass frequencies from 33Hz up to 330Hz. Knobs are on left side and run up-and-down
+This bank allows shaping of the bass frequencies from 33Hz up to 330Hz. Knobs for the bass tone control bank are on left side of the pedal and run up-and-down.
 * Knob 1 - '''"Width or Q":''' Controls the breadth of the bass frequencies to be modified.
 * Knob 2 - '''"Boost / Cut":''' Adjusts the intensity of the bass frequencies with fully clockwise being maximum.
@@ Line 26: / Line 28: @@
 === Midrange Bank ===
-This bank modifies midrange frequencies from 250Hz to 2.5kHz. Knobs are in the middle and run up-and-down
+This bank modifies midrange shaping of the frequencies from 250Hz to 2.5kHz. These knobs are found in the middle and run up-and-down.
 * Knob 4 - '''"Width or Q":''': Controls the size of the bandwidth of the midrange frequencies to be modified.
 * Knob 5 - '''"Boost / Cut":''' Adjusts the intensity of the midrange with fully clockwise being maximum.
@@ Line 32: / Line 34: @@
 === Treble Bank ===
-This bank modifies treble frequencies from 1.1kHz to 11kHz. Knobs are on right side and run up-and-down
+This bank modifies treble frequencies from 1.1kHz to 11kHz. Knobs are on right side and, again, run up-and-down.
 * Knob 7 - '''"Width or Q":'''Controls the breadth of the treble frequencies to be modified.
 * Knob 8 - '''"Boost / Cut":''' Adjusts the volume level of the treble frequencies with fully clockwise being fully boosted.
-* Knob 9 - '''"Freq. Select":''' Adjusts the control of the selected frequency "center" from 1.1kHz to 11kHz.
+* Knob 9 - '''"Freq. Select":''' Adjusts the control of the treble frequency "center" from 1.1kHz to 11kHz.
 === Master Controls ===
@@ Line 41: / Line 43: @@
 * Footswitch 1 - '''"On/Off"''': This footswitch toggles the pedal between engaged/active ("On"), and bypassed ("Off")
-Please note that there is overlap between the frequency shaping of the Bass and Midrange controls (The Midrange bank goes as low as 250Hz, and the Bass bank can go as high as 330Hz), and also with the Midrange and Treble controls (a low of 1.1kHz on the Treble bank, and a high of 2.5kHz on the Midrange bank).
+Please note that there is overlap between the controls for each of the frequency bands: The Midrange controls go as low as 250Hz, the Bass controls go as high as 330Hz. The Midrange and Treble controls intersect between a low of 1.1kHz for the Treble, and a high of 2.5kHz for the Midrange.
 == Bypass: True ==

@@ Line 53: / Line 53: @@
 === Width or "Q" ===
 [[File:ParametricEQ_FreqWidth.png|310px|border|right]]
-This control is really what allows the parametric equalizer to come into it's own. Once your desired frequency midpoint has been selected, the Q control can be adjusted to expand or contract the range of frequencies modified by the volume control. Please see associated image.
+This control is really what allows the parametric equalizer to come into it's own. Once your desired frequency midpoint has been selected, the Q control can be adjusted to expand or contract the range of frequencies modified by the Boost/Cut control. Please see associated image.
 The control of the Q allows the user to be able to boost (or cut) a huge swath of the frequency bandwidth (for example, bass), or alternatively, as discussed above, to be able to narrow down to a very tight, specific frequency range. If something like uncontrolled feedback happens to be a problem with someone's gear, a skilled sound person can quickly identify the offending frequency, reduce the tone control to the narrowest possible band, and then cut that particular frequency to kill the feedback loop.

@@ Line 52: / Line 52: @@
 === Width or "Q" ===
-[[File:ParametricEQ_FreqWidth.png|300px|border|right]]
+[[File:ParametricEQ_FreqWidth.png|310px|border|right]]
 This control is really what allows the parametric equalizer to come into it's own. Once your desired frequency midpoint has been selected, the Q control can be adjusted to expand or contract the range of frequencies modified by the volume control. Please see associated image.
@@ Line 60: / Line 60: @@
 === Boost / Cut===
-[[File:ParametricEQ_BoostCut.png|300px|border|right|]]
+[[File:ParametricEQ_BoostCut.png|310px|border|right|]]
 Tone controls are functionally no different than volume controls. In fact the exact same electronic component is used for the control: A potentiometer. Where a tone control differs from a volume control is in the filtering that separates out the frequencies to be affected. The resistors and capacitors have been selected specifically for altering the signal tone within a particular range.
 So when you turn the "Treble" knob on your amplifier up, all you're doing is increasing or decreasing the volume of the treble frequencies that the treble tone control portion of the amplifier circuit is passing through. The same happens on each of the Parametric EQ's "frequency volume" controls.
 <br />
 === Freq. Select ===
-[[File:ParametricEQ_FreqSelect.png|300px|border|right]]
+[[File:ParametricEQ_FreqSelect.png|310px|border|right]]
 This tone control is used to sweep across the range of frequencies available to that particular tone control. In other words, if we're talking about the midrange select control, this control is used to set the central frequency that's being modified by the rest of the controls. Returning to the midrange control, the frequency of the midrange select can vary (depending on the setting) from 250Hz to 2.5kHz
@@ Line 75: / Line 76: @@
 <br />
 == Pedal Manual ==