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Exciter (effect) An exciter (also called a harmonic exciter or aural exciter) is an audio signal processing technique used to enhance a signal by dynamic equalization, phase manipulation, harmonic synthesis of (usually) high frequency signals, and through the addition of subtle harmonic distortion.
Surface exciter technology provides a universal, cost-effective alternative to loudspeakers, allowing for sound reproduction virtually anywhere it is desired. Issues such as weather, space constraints, vandalism or visibility can be avoided or minimized with the use of a sound exciter.
Techivation. T-Exciter adds extra clarity, crispiness, and air to the sound, making it more pleasant and musical to the ear. By turning a single knob, you ' ll notice a significant improvement in your sound. Buy $39.00. Try it. Compatible with macOS and Windows. Available as VST, VST3, AU, and AAX. - Apple Silicon Chips.
31 de ene. de 2022 · What Does an Exciter Do? An exciter adds saturation to the higher frequencies of your signal from 3k and up. This effect creates more overtones and therefore adds richness and sparkle to your sound. It excites the harmonics of your signal. Pro audio company Aphex discovered the effect by accident.
For more than 35 years, the Aural Exciter's patented technology has been the audio professional's secret weapon, a powerful way to improve and enhance sonic quality more naturally than with equalization. For individual sounds or entire mixes, the Aural Exciter brings out detail, clarity and imaging that elevates your sound without adding level.
Based on vintage exciter technology, Fresh Air adds brilliance and shimmer to make your tracks stand out. THE CLARITY YOU NEED. Based on classic, Dolby-A noise reduction modded exciters, Fresh Air adds brilliance & excitement to your top end without even a hint of brittleness.
Exciters, or "structure-borne sound converters", are small, lightweight devices that create sound waves by causing a surface to vibrate. In contrast to conventional loudspeakers, which generate sound through vibrations in a cone-shaped diaphragm and in a loudspeaker housing, an exciter uses almost every imaginable surface as a resonance body.
