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Affects the rigidity and damping properties, impacting sound accuracy and frequency response.

Splits the audio signal into different frequency bands for different drivers, affecting the coherency and phase of the output sound.

Influences the sound by affecting the bass response and the overall volume of sound, ranging from sealed, ported, to open baffle designs.

Sturdiness and material of cabinet impact resonance and vibration, which can color the sound.

Determines the power handling and transient response, influencing the speaker's efficiency and sound reproduction.

Affects the strength and focus of the magnetic field, which influences the speaker's sensitivity and distortion levels.

Determines the reproduction of high frequencies, affecting the detail and dispersion of the sound.

Encircles the outer edge of the driver and impacts the flexibility and damping, contributing to the control of the cone movement.

Used inside the enclosure to absorb internal reflections and standing waves, it affects the clarity and tightness of sound, especially bass.

Enhances the bass response by using the rear sound radiation of the driver, but can introduce port noise at high volumes.

Used in certain drivers to improve phase coherence and reduce distortion by altering the path of sound waves.

Ensures compatibility with amplifiers and affects the loudspeaker’s power handling and overall output level.

Influences the speaker's phase and time alignment, affecting the stereo imaging and soundstage.

Direct amplifier-to-driver connection in active speakers can improve damping control and reduce crossover distortion, thus enhancing sound quality.