Tone Control Wiring for Your Guitar – Do it Yourself!

tone control wiringLet’s look at the basics of tone control wiring and how to adjust it to get the best sound from your guitar.

For many people, the tone control itself is just a potentiometer (Volume knob) with a capacitor attached to it. When the tone control is turned all the way up, the tone is at its brightest, and as you turn the knob down (off), the tone darkens (i.e., high frequencies get rolled off). What might not be generally known is that the other components, especially any other Volume and Tone controls, will also affect the tone, so their values must be considered.

Also, your tone is YOUR TONE, so unless you are trying to restore a collector guitar to original specs, it’s better not to just blindly follow guidelines and rules and call it a day. Instead, use your ears and this guide to get the best tone from your guitar. So, with that said, let’s begin with the components of tone control wiring:

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The Potentiometers

The first and most important of the components of tone control wiring are the potentiometers, or “pots” — on not just the Tone control, but also the Volume knob and any other knob on the guitar. When choosing a potentiometer there are three things to consider: Quality, Value, and Taper.


Many entry level guitar manufacturers bring down the cost of their guitars by using low-quality pots. They work, but it won’t be very long before they wear out and begin to introduce noise into your signal. Another problem with low-quality pots is that they are manufactured with loose tolerances, which means that what is meant to be a 500k pot might actually be a 415k pot, or a 544k pot. Higher quality pots are manufactured to much tighter tolerances and the internal components such as the wiper and the lubricants last much longer.


The most common pots in use are the 250k pots and the 500k pots. That is because of a general guideline that states that you use a 250k pot for single coil pickups and 500k pots for humbucking pickups. This is based on a theory that single coil pickups are brighter than humbuckers because the two coils in humbuckers have a tendency to phase out some of the high frequencies. This is a good rule of thumb, but it should only be your starting point.

Many times, the pickups won’t conform to this rule and you will want to make adjustments. It will always be better to listen to your pickups and decide for yourself what the proper value is. You are not limited to those two values either, there are many other usable values, including a 1-mega ohm, and a no load pot. The smaller the value of the pot, the more the high-end frequencies will leak to Ground, even when the Tone or Volume control is turned all the way up. The higher the value of the pot, the less the high frequencies will leak to Ground, and the brighter the tone will sound coming from your amp.


The Taper of the potentiometer is very simple. There are only two kinds of pots: Linear Taper and Logarithmic/Audio Taper; we want Logarithmic/Audio Taper. It seems like a no-brainer, but Linear Taper pots are actually far more common so you just need to double-check before purchasing.

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The Capacitor

The other component we need to take a look at when considering tone control wiring, is the capacitor, and here there are three things to consider: Quality, Value, and Voltage.


When considering the Quality of the capacitor it’s important to remember that you do not hear the sound that passes through it. The reason for choosing a better quality is, once again, for tighter tolerances and less failure.


The Value is another thing that you will have to choose for yourself with some help from guidelines. The range is from .01u to .1u. The lower the value of a capacitor the brighter the affected tone will be. The two most popular values are .022u and .044u and this trend was started by Fender and Gibson. While the .022u value is pretty much the standard today these values may be a bit too high and might result in a tone that is too warm. You might be pleasantly surprised if you try a smaller value cap such as a .015u.


The Voltage needs to be at least about .5 volts; anything over that only results in a larger capacitor and has no effect on the tone. This is further proof that the material it is made of has no effect on the sound.

How Tone Control Wiring Works

Now that we have the parts out of the way, let’s take a look at how tone control wiring works. This will be the simplest design, with 1 Pickup, 1 Volume, and 1 Tone control.

First, we need the Hot wire and Ground wire from our pickup. Solder the Ground wire to the back of the Volume pot. Now, solder the large Ground wire from the bridge of the guitar to the back of the Volume pot.

If you are looking at the bottom of the pot with the tabs pointing down, number the Tabs 1, 2, and 3 from left to right. Solder the pickup’s Hot wire to Tab 1 and solder a wire from Tab 3 to the back of the Volume pot. Solder a wire from Tab 2 to the Tip Tab of the Output Jack, then solder a wire from the Sleeve Tab of the Output Jack to the back of the Volume pot. This is the basic Volume control wiring.

Add the Tone control by soldering a wire from Tab 1 of the Volume control to Tab 2 of the Tone control. Solder the capacitor from Tab 3 of the Tone control to the back of the Tone control pot, being mindful of the polarity of the capacitor. The Negative side goes to the back of the pot. Add a wire from the back of the Tone control to the back of the Volume control and you are finished!

NOTE: Many of the diagrams I see on the internet have the 2nd and 3rd Tabs of the Tone control reversed. Both ways give the same results; this is just the way that I do it.

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Written by: Ed Malaker

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