A Closer Look At Car Audio Crossovers


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Motor vehicle audio crossovers are a class of electronic filters created for use in audio apps such as Hello-fi. A dynamic loudspeaker driver that is commonly utilised is incapable of covering the complete audio spectrum all by by itself.

Crossovers split the audio sign into individual frequency bands which can be taken care of by person loudspeaker motorists optimized for those frequency bands. Let us acquire a more in-depth check out Kenwood’s KE-600 Crossover, KPX-F801 Crossover and Kenwood KPX-L101 Crossover.

Kenwood KE-600 Crossover

Kenwood KE-600, one of the most Sophisticated sign processors, is often a 6-Way Digital crossover with created-in parametric equalizer plus a DC to DC electrical power source for prime voltage outputs and reduced sounds.

It has input choice, section switching, variable level controls and the next outputs: subwoofer, low-move, low-Minimize, high-Slice and higher-move. It is a superb element for multi-amp installations and is particularly readily available for all over $370.

Attributes

● DC to DC converter.

● Substantial-frequency output.

● Enter selector.

● Distinctive phase switches.

● Subwoofer output from 30Hz to 800Hz (minimal-move).

● 6-way multi-amp configuration.

● Variable degree controls.

Kenwood KPX-F801 Crossover
Kenwood KPX-F801 Crossover is often a three-way passive crossover network. It truly is obtainable for around $seventy five.

Options

● Guard circuit that protects against too much tweeter inputs.

● Special capacitors and inductors for audio purpose.

● Section inverter change for midrange and tweeter.

Kenwood KPX-L101 Crossover

Kenwood KPX-L101 Crossover is often a lower-pass passive crossover community. It is actually obtainable for $50.

Attributes

● Unique capacitor and inductor for audio purpose.

● 80Hz crossover.

Remember, an audio crossover splits the incoming audio sign into separate bands that don’t overlap in any respect, and which, when added alongside one another, provides the sign unchanged in the two frequency and section response.


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