ASYLUM CFRSEPERATES6.5 6.5" Component Speakers

6.5" 3-Ohm, 2-Way Components Red Carbon Fiber, 1" Silk Dome Swiveling Tweeter, (includes 2 pcs of 12" x 24" Sound Damping sheets), 50W RMS/100MAX, pair

CROSSOVER:

Crossovers divide the audio signal into these distinct frequency units and direct them to the appropriate speakers. This prevents each speaker from attempting to reproduce frequencies outside its designed range.

SOUND DAMPING SHEETS INCLUDED:  

Sound damping improves a vehicle’s audio system by reducing external noise. This leads to clearer and higher-quality music and spoken audio.

1" SILK DOME SWIVEL TWEETER:

Silk dome tweeters are known for their extreme sound clarity and accuracy. They excel at reproducing high-frequency details, making vocals, instruments, and percussion sparkle in your music.

The dome shape of silk tweeters allows for wider sound dispersion compared to other designs. This means that the music fills the cabin more evenly, creating a better stereo image.

3 Ohm:

Lower impedance speakers (like 3 ohms) allow more energy flow from the amplifier. This efficiency means you can achieve good volume levels without excessive power consumption.

The lower impedance allows them to draw more current from the amplifier, leading to better audio reproduction.

Aluminum Speaker Baskets:

Aluminum baskets are known for their robustness and longevity. 

• Aluminum’s excellent thermal conductivity helps dissipate heat generated during speaker operation.
• By efficiently managing heat, aluminum baskets contribute to the longevity and reliability of the speaker.
• These baskets maintain concentricity, ensuring optimal alignment of components and minimizing distortion.
• Aluminum’s strength allows it to support large magnets used in powerful speakers.
• It prevents flexing under extreme conditions, keeping the voice coil precisely aligned within its gap.

Woven Cone: 

The woven structure of the cone helps dampen resonances. Unwanted vibrations and standing waves within the cone are minimized.

This reduction in resonances contributes to cleaner sound and improved clarity