104mm Round Black Aluminum Panel Ribbon Tweeter - 8Ω 15W RMS (30W Max) - Extended 40kHz Ultra-High Frequency - Model WGT-1041C

Ultra-Wideband Ribbon Tweeter with 40kHz Extended High-Frequency Response

Elevate your audio system with this 104mm ribbon tweeter, designed for audiophiles who demand the most extended high-frequency response available. Reaching up to 40kHz, this ribbon tweeter captures the full "air" and harmonic richness of live recordings, revealing detail that conventional dome and even many planar tweeters simply cannot reproduce.

Key Features:

• 40kHz Ultra-Extended High Frequency: Industry-leading upper extension reaches 40kHz, delivering exceptional air, openness, and harmonic richness — ideal for high-resolution audio, DVD-Audio, and SACD playback.
• Ribbon Diaphragm Design: Lightweight ribbon diaphragm ensures near-instant transient response, extremely low distortion, and smooth off-axis dispersion for a wide, immersive soundstage.
• 8Ω Nominal Impedance: Standard 8Ω configuration is ideal for traditional home hi-fi amplifiers, integrated stereo receivers, and bookshelf or floorstanding speaker designs.
• 15W RMS / 30W Max Power Handling: Clean, dynamic power handling perfectly matched to the sensitivity of ribbon designs for effortless listening without distortion.
• 90dB Sensitivity: Well-balanced efficiency — efficient enough for tube amplifiers and low-power systems, yet comfortable with higher-power solid-state amps.
• 2kHz – 40kHz Frequency Response: Optimized for use as a dedicated super tweeter in multi-way speaker systems, seamlessly integrating with midrange or coaxial drivers above 2kHz.
• 104mm Black Aluminum Panel: Sleek, low-profile black aluminum baffle that blends invisibly into speaker cabinets, wall installations, or custom baffle designs.

Applications:

• High-resolution hi-fi speaker upgrades
• Super tweeter addition to existing 2-way or 3-way systems
• Home theater and stereo music systems
• Custom speaker cabinet building
• Desktop and studio nearfield monitors
• Audiophile projects pursuing maximum high-frequency extension