EMG 6 String Ceramic P Pickup - Reverse P Coil Orientation

The EMG 6 String Ceramic P Pickup is designed to bring the classic P Bass sound to extended-range basses with a unique twist. Housed in a 4.5" x 1.5" soapbar format, this pickup features a reverse coil orientation, emulating a Fender P Bass style. This configuration can offer distinct tonal characteristics, providing bassists with a different approach to the traditional P Bass sound. The ceramic magnets ensure a warm, punchy tone with clear articulation across all strings, ideal for a variety of musical genres.

Installation is simplified with EMG's solderless system, allowing for an easy upgrade to your bass. The reverse coil orientation might affect the pickup's interaction with the strings, potentially yielding a unique balance and response, making this pickup a versatile choice for those looking to explore new tonal possibilities.

Whether in the studio or on stage, this EMG pickup adds a new dimension to your bass playing, offering a fresh take on the iconic P Bass tone.

Key Features

• Designed for 6-string basses
• Reverse P coil orientation for a Fender-style sound
• Ceramic magnets for a classic, warm P Bass tone
• Low noise for professional use
• EMG's solderless wiring for easy installation

Technical Specifications

Model: 45PR
Logo Color: Silver
Magnet Type: Ceramic
Resonant Frequency (KHz): 2.61
Output Voltage (Finger, Thumb): 2.00
Output Voltage (Thump): 8.50
Output Noise (60 Hz): -101
Output Impedance (Kohm): 2.00
Current @ 9V (Microamps): 80
Battery Life (Hours): 3000
Maximum Supply (Volts DC): 27
Dimensions: 4.5 inches x 1.5 inches x 0.6 inches
Housing Size: 4.5 inches

What's Included

Package Includes EMG's exclusive Solderless Install System:

• 1 25k volume pot
• 1 25k tone pot
• 1 battery bus
• 1 stereo output jack
• 1 pair mounting screws
• 1 pickup cable
• 2 connect cables
• 1 output cable
• 1 battery cable

Disclaimer: The image above may not accurately depict the product and is for reference only. Some variations in appearance may occur.