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  • Kevin James Guitars Blog
  • Treble Bleed Circuits, Part 1: What They Do and When You Might Want One
  • Treble Bleed Circuits, Part 1: What They Do and When You Might Want One

    October 23, 2025 by
    Treble Bleed Circuits, Part 1: What They Do and When You Might Want One
    Kevin James
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    Not every guitar needs a treble bleed circuit. I don’t include them by default in my builds, not because they aren’t useful, but because they’re a choice. Like any part of a guitar’s wiring, they affect how the instrument responds, and whether or not they’re right for you depends on how you play.

    This post is here to explain what a treble bleed circuit does, how it works, and when it might be worth adding to your guitar.

    The Problem: Tone Loss When Rolling Back Volume

    If you’ve ever turned down your guitar’s volume and noticed your tone getting muddy or dull, you’ve experienced a common side effect of passive guitar wiring. As the volume drops, high frequencies tend to fall off, especially with audio taper pots, high-output pickups, or clean amp settings.

    For some players, this isn’t a problem. If you mostly play at full volume or use your tone knob to shape brightness, you might never notice it. But if you ride the volume knob to control gain, clean up fuzz, or dial in dynamics, losing clarity can be frustrating.

    What a Treble Bleed Circuit Does

    A treble bleed circuit is a small mod that helps preserve high frequencies as you lower the volume. It’s usually made from a capacitor, or a capacitor and resistor combo, wired across the input and output lugs of the volume pot.

    It doesn’t boost anything, it just lets high frequencies “bleed through” the pot’s resistance, keeping your tone more consistent across the sweep.

    Common Configurations

    There are a few ways to wire a treble bleed circuit, and each one behaves a little differently.

    Capacitor Only

    Treble bleed wiring diagram showing capacitor and resistor in series across volume pot
    • Simple and direct.
    • Preserves highs but can make the volume taper feel abrupt.
    • Works well with linear taper pots or for players who want a sharp response.

    Capacitor + Resistor in Parallel

    Treble bleed wiring diagram showing capacitor and resistor in parallel across volume pot
    • Smooths out the volume taper.
    • Keeps tone consistent across the sweep.
    • My most balanced option for general use.

    Capacitor + Resistor in Series

    Treble bleed circuit wiring with capacitor only across volume pot lugs
    • Slightly mellower response.
    • Can tame brightness at lower volumes.
    • Useful in setups where the parallel version feels too sharp.

    When You Might Want One

    You don’t need a treble bleed circuit just because it’s popular. But you might want one if:

    • You use your volume knob to clean up overdrive or fuzz.
    • You play clean tones and want to keep them clear at lower volumes.
    • You find your tone gets too dark when you roll back.
    • You want more control over dynamics without sacrificing clarity.

    If none of that applies to you, you might not need one at all. That’s why I don’t include them by default; I’d rather help you choose the right circuit for your playing style than assume every guitar needs one.

    What’s Next

    In the next post, I’ll break down the specific treble bleed modules I offer, including the values and configurations. Whether you’re installing one yourself or ordering a pre-soldered kit, you’ll know exactly what to expect.

    # electronics treble-bleed volume-mod wiring
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