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  • Kevin James Guitars Blog
  • Treble Bleed Circuits, Part 2: What I Offer and How to Choose One
  • Treble Bleed Circuits, Part 2: What I Offer and How to Choose One

    November 20, 2025 by
    Treble Bleed Circuits, Part 2: What I Offer and How to Choose One
    Kevin James
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    If you’re considering adding a treble bleed circuit to your guitar, this post breaks down the options I offer and how they behave in real-world use. I’ve tested these combinations with a range of pickups and pot values, and I’ve narrowed things down to a few configurations that are genuinely worth using.

    I don’t offer capacitor-only circuits. Every option includes a resistor, because pairing the two gives a smoother, more usable volume taper, especially with audio taper pots, which most guitars use.

    Configurations I Offer

    I build two types of treble bleed circuits; both are pre-soldered and ready to install.

    Capacitor + Resistor in Parallel

    • Preserves high frequencies and smooths out the volume sweep

    • Feels natural across the full range of the knob

    • Works well with most pickup types and playing styles

    • Available combos:

      • 470pF + 220K

      • 590pF + 150K

      • 1000pF + 100K

    Capacitor + Resistor in Series

    • Preserves highs with a slightly softer feel

    • Tames brightness at lower volumes

    • Useful for setups where the parallel version feels too sharp

    • Available combos:

      • 590pF + 150K

      • 1000pF + 220K

    Choosing Based on Pickup Type

    Here are some general recommendations based on pickup type. These aren’t rules — just starting points based on how these circuits behave in actual guitars.

    Single-Coils (Strat, Tele, etc.)

    • Recommended: 470pF + 220K (parallel)
    • Keeps brightness intact without exaggerating highs
    • Works well with clean tones and edge-of-breakup settings

    Jazzmaster & Jaguar (1M pots)

    • Recommended: 330pF–470pF + 220K (parallel)
    • 1 M pots are naturally brighter, so smaller cap values help keep the tone balanced
    • Prevents the top end from getting too sharp when rolling back volume
    • Some brighter pickups may not need a treble bleed at all, since their highs tend to remain clear even at lower volumes

    P90s

    • Recommended: 590pF + 150K (parallel or series). Preserves clarity while smoothing out the taper
    • Series version can help tame aggressive brightness

    Mini Humbuckers

    • Recommended: 1000pF + 100K (parallel) or 1000pF + 220K (series)
    • Helps maintain articulation without getting brittle
    • Series version is ideal for warmer, vintage-voiced setups

    Standard Humbuckers

    • Recommended: 590pF + 150K (series) or 1000pF + 220K (series)
    • Keeps the tone open at lower volumes without adding harshness
    • Series wiring helps control brightness in darker-sounding guitars

    If you’re not sure where to start, the 590pF + 150K parallel is a solid middle-ground option that works well in most setups.

    Coming Soon: Install Guide

    In the next post, I’ll walk through how to install a treble bleed circuit, whether you’re adding one to an existing guitar or wiring a new build. I’ll include soldering tips, pot compatibility notes, and how to test different values if you’re experimenting.

    # electronics treble-bleed volume-mod wiring
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    Read Next
    Treble Bleed Circuits, Part 1: What They Do and When You Might Want One


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