WG92-26A-PR-20-E 3-Inch Coaxial Speaker – Woven Carbon Fiber Cone, Neodymium Magnet, 4 Ohm, 20W RMS

The WG92-26A-PR-20-E is a 3-inch coaxial speaker featuring a woven carbon fiber cone, a neodymium magnet, and a 25mm voice coil. With a nominal impedance of 4 ohms, it is rated for 20W RMS power handling and 40W maximum power handling.

Its specified frequency response extends from 96Hz to 20kHz, with a sensitivity of 84dB and a resonant frequency (Fs) of 96Hz. This combination of coaxial construction and a broad stated frequency range makes it a candidate for compatible speaker designs requiring coverage across multiple frequency bands in a single driver assembly.

The woven carbon fiber cone gives the WG92-26A-PR-20-E a distinctive diaphragm construction, while the neodymium magnet forms part of its magnetic system. With a total weight of 341g and a 3-inch nominal size, the driver provides useful specifications for planning custom speaker assemblies and DIY audio projects.

Key Features

• 3-inch coaxial speaker design.
• Woven carbon fiber cone.
• Neodymium magnet.
• 25mm voice coil diameter.
• 4 ohm nominal impedance.
• 20W RMS rated power handling and 40W maximum power handling.
• Specified frequency response of 96Hz–20kHz.
• 84dB sensitivity.
• 96Hz resonant frequency (Fs).
• Total weight of 341g.

Technical Specifications

Product Model: WG92-26A-PR-20-E
Product Type: Coaxial Speaker Driver
Nominal Size: 3 Inches
Nominal Impedance: 4Ω
Rated Power (RMS): 20W
Maximum Power: 40W
Voice Coil Diameter: 25mm
Magnet Material: Neodymium
Resonant Frequency (Fs): 96Hz
Sensitivity: 84dB
Frequency Response: 96Hz–20kHz
Total Weight: 341g
Cone Material: Woven Carbon Fiber

Applications and Installation

Consider the WG92-26A-PR-20-E for compatible custom speaker builds, DIY audio systems, and coaxial speaker replacement projects. Verify mounting dimensions, installation depth, amplifier compatibility, and connection requirements before use. Enclosure design and any crossover or filtering should be based on complete driver specifications and the intended system configuration.