Seymour Duncan APH-2b Slash Raw Nickel 4-Conductor SE Pickup
- Brand new in original box
- Full Seymour Duncan manufacturer's warranty
- Free shipping in the continental US
In stock
- SKU
- 11104-07-RNc-4c-bpSh
Description
Seymour Duncan APH-2b Slash Raw Nickel 4-Conductor SE Pickup
The APH-2b captures the thick, articulate character that sits perfectly in hard rock and blues-rock productions—aggressive enough to cut through dense mixes while maintaining clarity across the frequency spectrum. This raw nickel bridge pickup delivers the tonal signature heard on countless studio recordings, offering a direct path to that proven, recorded sound.
Tone & Output
With a bridge DC resistance of 8.9k ohms, this pickup generates a full-bodied output that translates clearly to tape or DAW without losing definition in the mix. The Alnico II magnet and maple spacer produce warm, vocal-like sustain with natural compression—versatile enough for both lead tracking and solid rhythm foundation layers.
Construction & Design
The nickel silver bottom plate with long mounting legs ensures tight coupling to the guitar body, preserving tonal clarity in the recording chain. Wax potting suppresses microphonic noise during tracking sessions, and the braided shield lead wire with 4-conductor configuration provides hum rejection and wiring flexibility for series, parallel, or split-coil operation—essential for session versatility and different production scenarios.
Key Features
- Magnet: Alnico II
- Bottom Plate: Nickel silver with long mounting legs
- Wax Potting: Yes
- Maple Spacer: Included
- Bridge DC Resistance: 8.9k ohms
- Braided Shield Lead Wire
- 4-Conductor Configuration
- Raw Nickel Finish
- Passive Design: No active electronics
The APH-2b is a bridge-position solution for producers and engineers tracking material that demands authentic, time-tested tone—responsive to pick attack and playing dynamics with the precision required for professional recordings.
More Information
| Condition | New |
|---|
Reviews
At a Glance
The APH-2b is a bridge pickup designed to capture thick, articulate tone in the studio with warm sustain and natural compression that sits well in hard-rock and blues-rock mixes. Its 8.9k ohm output and Alnico II magnet deliver full-bodied character without muddiness, and the 4-conductor configuration gives you wiring flexibility for shaping your recorded tone through series, parallel, or split-coil operation. Session players and producers working in rock and blues genres will find this pickup responsive to playing dynamics and mic-friendly for tracking.
Who This Is For
Great for
- ✓ Hard Rock
- ✓ Blues
- ✓ Rock
- ✓ Lead Playing
Not the best pick for
- – Jazz
- – Folk
Skill level: Intermediate · Advanced · Professional
Frequently Asked Questions
What position does this pickup go in, and do I need a matching neck pickup?
The APH-2b is a bridge-position pickup with an 8.9k ohms DC resistance. It is part of a matched set designed to work as a complete bridge-and-neck pair; check product listings for the neck variant if you need a full set.
What kind of wiring options does the 4-conductor configuration give me?
The 4-conductor braided shield lead wire allows you to wire the pickup in series, parallel, or split-coil configurations, giving you flexibility to shape your tone and noise rejection in the control cavity.
Is this pickup good for genres other than hard rock and blues?
The APH-2b is optimized for hard rock, blues, rock, and lead playing with its warm, articulate character. It is not designed for jazz or folk applications, where its full-bodied output and compression may not suit the tonal goals of those genres.
What does wax potting do, and why does it matter?
Wax potting encapsulates the pickup coils to eliminate microphonic feedback and squealing, ensuring stable, noise-free performance on stage and in the studio.
How does the Alnico II magnet and maple spacer affect the tone?
The Alnico II magnet and maple spacer work together to deliver warm, vocal-like sustain with natural compression while maintaining clarity and definition across the frequency spectrum.
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