Seymour Duncan High Voltage Bridge Black Pickup
The Seymour Duncan High Voltage Bridge captures aggressive, articulate output with controlled dynamics and exceptional clarity for bridge position recording and tracking. Engineered for studios and producers tracking high-gain material without sacrificing note definition, this humbucker excels at cutting through dense mixes in modern rock, metal, and extended-range productions. The degaussed design ensures balanced tone across the full frequency spectrum, translating equally well for heavy riff capture and precision lead articulation during mixing and layering.
Electrical Characteristics
This pickup generates 8.808 K ohms of resistance with 4.886 H of inductance, providing substantial output and midrange presence that sits well in engineered tracks. The 42 AWG plain enamel wire construction contributes to its focused, punchy character on tape and in the DAW, while split impedance of 4.453 K ohms and parallel impedance of 2.2 K ohms allow flexible tonal shaping in series or parallel wiring configurations for session versatility.
Design & Performance
The Alnico 2 magnet structure balances output with musical harmonic content, avoiding the harshness common in overly compressed bridge pickups that can muddy recordings. Degaussing during manufacturing eliminates magnetic imbalance, resulting in consistent string-to-string response and improved sustain across the entire fretboard—critical for clean tracking and layering in the studio.
Key Features
- Humbucker design optimized for bridge position
- Alnico 2 magnet type
- 8.808 K ohms resistance
- 4.886 H inductance
- 42 AWG plain enamel wire gauge
- 4.453 K ohms split impedance
- 2.2 K ohms parallel impedance
- Degaussed for balanced tone across all strings
- High-output platform suited to gain-stacked amplifiers
- Aggressive articulation with controlled compression
The High Voltage Bridge remains a trusted choice for studios and home producers seeking reliable, musically aggressive output without compromise on note separation or harmonic content during recording and production workflows.
