A horn and a woofer may each measure impressively in isolation, yet still produce an uneven loudspeaker when combined. The critical area is the crossover…
Horn directivity describes how evenly a loudspeaker spreads sound as frequency changes. A horn may project high frequencies in a controlled pattern while…
In a compression driver, the phase plug sits between the diaphragm and the throat of the horn. Its passages control how sound leaves the diaphragm, helping…
A compression driver converts the movement of a small diaphragm into acoustic energy through a narrow throat and horn. Because the diaphragm operates in a…
A convincing stereo image depends on more than left and right speaker placement. The loudspeakers must preserve timing, phase, tonal balance and directional…
A large loudspeaker cabinet must remain rigid while moving substantial volumes of air. If its panels flex, some amplifier power is converted into cabinet…
In a horn-loaded loudspeaker, the wall is part of the acoustic system rather than a passive enclosure boundary. It supports the flare profile, defines the…
The capacitor in a loudspeaker’s high frequency crossover may look like a small, inexpensive component, yet it has a direct role in shaping the treble signal.…
Horn loading can produce exceptional efficiency, dynamic ease and transient impact, but bass horns are governed by uncompromising acoustic physics. A horn does…
Horn loudspeakers are often described with simple words: bright, forward, warm, dark, lively or relaxed. These terms can be useful, but they do not describe…