In a speaker crossover network, the frequency point that represents the upper or lower range limits of a given speaker driver. In a two-way speaker system, the crossover frequency would be the point where the low frequency driver begins to roll off and the high frequency driver starts to cut in.
The center frequency where an audio signal is divided. The actual transition/cut-off is not usually a sharp drop off, but rather a slope such that some low frequencies (increasing in amount corresponding to frequency) are sent to the high frequency output, and some high frequencies (decreasing in amount corresponding to frequency) are sent to the low frequency output.
Frequency that is the outer limit of one of the bands of a crossover
In a 2-way loudspeaker system, the frequency below which the sound feeds the low frequency driver and above which the sound feeds the high frequency driver.
The nominal dividing line between frequencies sent to two different speaker drivers.
Frequency at which a loudspeaker's crossover network divides an audio signal and sends it to different drivers .
The frequency at which the audio spectrum is split. A subwoofer with a crossover frequency of 80 Hz filters all information above 80 Hz from the signal driving the subwoofer, and all information below 80 Hz from the signal driving the main speakers. Also called "cut off frequency."
The frequency at which an audio signal is divided. 80 Hz is a typical subwoofer crossover point and is the recommended crossover point in theatrical and home THX systems. Frequencies below 80 Hz are sent to the subwoofer; signals above 80 Hz are sent to the main speakers.
The frequency at which an audio signal starts to transfer from one output to another. For example, a crossover circuit would be used to filter out high frequencies from the signal sent to the subwoofer.
The frequency at which the gain intercepts the 0 dB point on a Bode plot (used in reference to the open-loop gain plot).
In loudspeaker systems and multi-amplifier audio installations, the overlapping frequencies between low/mid range and mid/high range speakers or amplifiers.
The signal frequency in a multiple-speaker system, where equal signal energy prevails for both the high- and low frequency systems.
In a crossover network, the frequency at which audio signals are divided so that they can be routed to the appropriate drivers (low frequencies to a woofer and high frequencies to a tweeter, for example).
The frequency in which the audio signal is divided by a crossover.