A horn-loaded loudspeaker can produce high output with remarkable dynamics, immediacy, and control. Those strengths also make poor subwoofer integration easy…
A loudspeaker crossover determines how musical energy is divided between drivers. In a passive design, that work happens after the power amplifier, using…
Horn-loaded loudspeakers can make a room feel unusually immediate. Their high sensitivity, controlled dispersion, and dynamic ease reveal musical detail at…
A horn loudspeaker is an acoustic transformer. It takes the small, high-pressure output of a compression driver and gradually expands it into the larger…
A compression driver converts electrical energy into acoustic pressure through a small diaphragm coupled to a horn. Because the diaphragm operates at high…
How to properly dampen cabinet resonances begins with understanding that a loudspeaker enclosure is an acoustic component, not merely a container for drivers.…
A horn does far more than increase the efficiency of a compression driver. Its internal profile controls how acoustic energy leaves the throat, expands across…
A loudspeaker cabinet is part of the acoustic system, not simply a container for drivers and crossover components. Its panels must remain stable under…
A passive crossover network determines how an amplifier’s signal is divided between the woofer, compression driver, and any additional high-frequency sections.…
In a multiway loudspeaker, the drivers may share a cabinet and crossover, yet their acoustic outputs do not necessarily begin at the same instant. The distance…