Linked from

The 22 pages that link to Loudspeaker, each with the reason it gives.

• Electric guitarRelated: It turns the amplified guitar signal back into audible pressure waves.

• Radio receiverRelated: It turns a receiver’s recovered audio into audible sound.

• MinaretRelated: Modern mosque calls are often broadcast from minarets through loudspeakers.

• Audio feedbackRelated: Its output can recirculate through the room and enter a microphone.

• Neodymium magnetRelated: A strong magnetic field helps drive the speaker’s voice coil.

• Permanent magnetRelated: Its permanent magnet supplies the field that drives the voice coil.

• Sound recording and reproductionRelated: It reverses the recording chain by turning stored signals back into sound.

• Rare-earth magnetRelated: Small rare-earth magnets enable compact drivers in headphones and portable speakers.

• DistortionRelated: A loudspeaker driven beyond its limits can add unwanted distortion during playback.

• Guitar amplifierRelated: The speaker turns the amplified signal into sound and colors its audible character.

• Active noise controlRelated: The control loudspeaker emits the sound wave that interferes with the noise.

• Transistor radioRelated: The amplified audio signal ultimately drives the radio’s speaker.

• Television setRelated: It turns the set’s audio output into audible sound.

• MuezzinRelated: Amplification lets a muezzin’s call reach beyond the mosque grounds.

• Surround soundRelated: Each channel needs a playback speaker, except where bass management redirects its signal.

• Sound cardRelated: A loudspeaker turns the sound card’s output signal into audible sound.

• Magnetic fluid (ferrofluid)Related: Ferrofluid in some loudspeaker voice coils removes heat and damps unwanted motion.