Speaker drivers that reproduce high frequencies. see compression driver, squaker, woofer

A kind of loudspeaker (qv), which outputs a high frequency (qv) sound.

A small speaker that plays high frequency, high-treble tones. Due to its size, it uses very little power, and must be carefully 'pointed' at the listeners to ensure that its output reaches their ears. These are small enough to fit in upper door panels and are rarely more than 1" in radius.

The small drive unit in a Speaker that handles all the Treble Frequencies.

A physically small speaker driver designed to reproduce higher frequencies 3,500 Hz and over.

a speaker designed to reproduce the high or treble range of the sound spectrum.

a loudspeaker designed to reproduce high-pitched or treble sounds in the range of 4Hz to 20 kHz.

A speaker driver which operates in the high band of the audio range.

A small driver dedicated to high-frequency reproduction. Cone tweeters are efficient and the most economical. Dome or "edge-driven" tweeters are the type found in most home speakers; they disperse their sound over a wider area for smoother, more accurate reproduction. Semi-dome (or balanced-dome) tweeters use a combination cone and dome construction, for excellent clarity and sound dispersion. Tweeters are made from a variety of materials — paper, aluminum, titanium, or synthetic films such as polyetherimide (PEI) or Kaladex (polyethylene naphthalate). It's best to listen to a variety of tweeters to determine which one you prefer.

Highs are reproduced by the tweeter, a small speaker mounted inside the woofer cones of multidriver 2 and 3 way car speakers and separately in other systems. Cone tweeters are efficient and the most economical. Dome tweeters, the type found in most home speakers, sound smoother and more accurate. Some domes are made of metals like neodymium or titanium, that yield extended high frequency response. Others are made of Mylar, or a fine cloth like silk for a smoother sound. Some are made from a combination of materials.

The smallest of the speakers, tweeters are designed to play the highest frequencies. Tweeters must be small because they must move in and out 20,000 times per second to reproduce the highest frequencies we can hear.

More commonly a dome as opposed to a cone shape, the smaller tweeters are designed to deliver the higher, treble frequencies.

A speaker driver designed to reproduce only the upper frequency range.

The speaker driver handling the treble.

a loudspeaker that reproduces higher audio frequency sounds; "the sound system had both tweeters and woofers"

a loudspeaker that is capable of producing high frequencies

a loudspeaker that produces high frequencies

a small speaker for high notes, a woofer is a bigger speaker for lower notes and a crossover is what splits the signal into the required frequencies for both speakers

A loudspeaker used in a 2-way or more complex speaker system to reproduce only the treble of high frequencies of the audible spectrum.

A speaker driver on the order of 1" diameter for reproducing the highest sound frequencies. (empty)

A speaker driver designed to reproduce very high frequencies, those over approximately 3,000 to 20,000 Hz.

A small loudspeaker that reproduces high frequencies.

driver used to reproduce treble frequencies.

High frequency loudspeaker drive unit. Usually a dome diaphragm moving coil unit of either doped fabric or plastic construction.

A loudspeaker driver optimized to reproduce high frequencies, typically above about 2 - 4 kHz.

A high frequency speaker

Transducer responsible for reproducing the higher frequencies of an audible signal, typically active above 3 or 4 kHz.

A small loudspeaker or driver meant to reproduce treble frequencies.

Drive unit in a loudspeaker responsible for reproducing the higher frequencies of an audible signal, typically active above 3 kHz.

A speaker that transmits high frequencies, used in combination with a 'woofer' that transmits low frequencies.

1) A speaker designed to reproduce the higher frequencies only. 2) A small driver unit designed to produce only high frequencies. 3) Part of a speaker system designed to handle the high frequency part of the signal.

A speaker driver designed to reproduce high frequencies; usually those over approximately 5,000 to 10,000 Hz.

A small loudspeaker responsive only to the higher acoustic frequencies and reproducing sounds of high pitch.

Part of a loudspeaker or separate speaker that generates treble sounds.

The individual speaker unit (driver) designed to handle the treble range. See also Treble.

The high frequency or treble handling driver. The tweeter receives its signal via the crossover network.

speaker driver reproducing high frequencies.

A high frequency driver specifically designed to reproduce only the high frequencies (treble) of the audible spectrum.

A speaker driver used to reproduce the higher range of frequencies, typically above 2,000 Hz.

A speaker, (driver), used to reproduce the higher range of frequencies. To form a full-range system, a tweeter needs to be combined with a woofer, (2-way system), or a woofer and midrange, (3-way system).

Speaker specialised in reproducing high frequencies.

High frequency speaker driver used to reproduce frequencies typically above 2,000 to 3,000 Hz all the way up to 20,000 Hz.

The driver in a speaker system used to reproduce treble music notes.

Speaker that reproduces higher frequency signals

A tweeter is a loudspeaker designed to produce high frequencies, typically from around 2,000 hertz to 20,000 hertz (20,000 Hz is generally considered to be the upper limit of the human ear). Some tweeters can reach up to 30 to 35 kHz.