As the name suggests, frequencies in the middle of the frequency range.
The power band of an engine between idle and full throttle. The helicopter engine specifically requires more careful tuning for optimum performance in the midrange, as that is where the helicopter will hover.
Middle band of audio frequencies typically from between 150 and 200 Hz to between 1,000 and 2,000 Hz; a speaker driver designed to operate in the middle frequencies (midrange) of the audible spectrum. The range of sound that our ears are most sensitive to, which includes most vocal and instrumental sounds.
Audio frequencies in the middle of the audible spectrum, such as the human voice. Generally the range of frequencies from about 200 Hz to 2k Hz. Also: a driver in a loudspeaker that reproduces the range of frequencies in the middle of the audible spectrum.
A driver that is usually much smaller than a woofer, but with a surface area greater than the typical tweeter. It reproduces the mid frequency range from approximately 500 to 5000 Hertz. This optimum range can vary considerably from one driver to the next, thus giving the system designer more flexibility in choosing crossover points for the other drivers.
This is the speaker that plays the frequencies in the middle of the audible range—the sounds to which we are most sensitive. Many times midrange speaker drivers will serve double-duty as a midrange/woofer.
The middle band of the audio range. It can also refer to a speaker driver which operates in this range.
A speaker drive unit specifically designed to produce those middle band frequencies approximately 300Hz to 4kHz. The midrange signals are received via the crossover network.
A speaker driver 2-5" in diameter for reproducing the middle range of sound frequencies.
Audio frequencies ranging from about 400 Hz to 3,000 Hz.
Frequencies in the range spanned by the human voice, from approximately 200 to 2,000 cycles per second.
A range of frequencies in the middle of the audio spectrum. Also the term for a loudspeaker capable of reproducing those frequencies.
Frequencies between 300Hz and 3000Hz. See also Midrange Driver
The mid band of an audible signal, typically anywhere between 200 Hz and 2 kHz. Also refers to the drivers that specialize in these frequencies.
Drive element in a loudspeaker responsible for reproducing the midband of an audible signal, typically operating anywhere between 350 Hz and 3 kHz. Also refers to those specific frequencies as well.
The middle of the audio frequency range.
The middle range of the audible spectrum, running anywhere from 300 to 500 Hz on up to 3 or 4 kHz, a total of four octaves or more. The speaker component that handles this area is called the midrange driver.
The frequency range above bass but below treble that carries most of the identifying tones of music or speech. It is usually from 300-400Hz to 3kHz or so.
speaker driver reproducing middle (say speech) frequencies.
Audio frequencies in the middle of the audio band which can range from several hundred Hz to several thousand Hz.
The audio frequencies above Sub-bass but below treble that carry most of the identifying tones of speech. Usually between 300-400Hz up to 3000Hz.
A speaker, (driver), used to reproduce the middle range of frequencies. A midrange is combined with a woofer for low frequencies and a tweeter for high frequencies to form a complete, full-range system.
Speaker specialised in reproducing mid frequencies.
The middle band of the audio frequency spectrum.
The driver most commonly used in three way speakers that is primarily responsible for producing the middle frequency range, from about 500 Hz to almost 2KHz.
1. The middle area of the sound range (between bass and treble) where the ear is most sensitive. 2. The name for the driver in a speaker system used to reproduce this area of the sound spectrum.
The middle three octaves (more or less) of the audio band, where the ear is most sensitive, usually between 160Hz-3kHz.
