A loudspeaker crossover is where the amplifier’s full-range signal is divided between drivers. In a high-efficiency horn system, that network has an especially…
A horn loudspeaker converts the motion of a compression driver into air pressure through a carefully shaped acoustic passage. The flare controls how quickly…
A 100 dB sensitivity loudspeaker can produce substantial volume from modest amplifier power. In practical terms, a few watts may deliver the scale that would…
In a high-efficiency loudspeaker, cabinet volume is determined by more than the dimensions of the outer box. Every internal component occupies space, changes…
A crossover network divides the musical signal between drivers, but its job is more demanding than simply setting frequency bands. The electrical filter,…
A loudspeaker’s midrange carries the information that makes music feel immediate and believable. Vocals, guitars, piano, brass, strings, and the attack of…
In a loudspeaker crossover, a resistor can appear to be a modest supporting component, yet its influence may extend across sensitivity, tonal balance,…
A home theater built around horn-loaded front speakers can deliver exceptional scale, intelligibility, and dynamic contrast without sounding strained. The horn…
Horn geometry has a direct influence on how a loudspeaker loads its compression driver, controls dispersion, and presents music in a room. Two of the most…
A bass reflex enclosure depends on a carefully chosen relationship between its internal air volume, port area, and tuning frequency. The port and the air…