EX 4000 Professional Audio Equipment Beautification Sound Exciter

* The sound system has a variety of equipment, each equipment has a certain degree of distortion, although the distortion of high-end equipment is very small, but a series of equipment will also produce a series of distortion, when the sound is put out from the speaker, has lost not a small part. The exciter restores the lost part of the sound system, one part goes directly into the output amplifier circuit without any processing, and the other part goes through a special enhancement line to produce a rich adjustable music harmonic output amplifier circuit mixed with the direct signal, resulting in an amazingly rich effect.

* The exciter is a device that adds relevant harmonic components to the sound, which can improve the sense of envelopment and increase the sense of presence, improve transparency, provide vivid stereo sound image, improve intelligibility, increase volume, and reduce listening fatigue.

* Professional multi-purpose sound enhancement system, remove noise, natural sound processor to make sound clearer, built-in noise reduction system, multi-band design to make bass more powerful, treble more transparent. The bass enhancement creates a stunning effect; ALC(Automatic Control) servo balancing input and output, independent segmented level LED display.

* This product uses the latest ADS sound stimulation processing technology to beautify the bass and make the bass more powerful. The unique noise reduction circuit improves the fineness and permeability of the sound while attenuating the background hissing. Dynamic tracking circuit can continuously analyze the input signal, adjust and balance the excitation signal and background hissing. Unbalanced balanced input/output, harmonic selection continuously adjustable LED peak display.

1) Stereo high, low frequency independent sound excitation, increase the level of sound clarity

2) Cut off useless and wasteful low-frequency signals to reduce system load

3) Optional center frequency of high frequency excitation (from 1KHz to 8KHz)

4) Independent high and low frequency gain design

5) Balanced input/output