What is an electric violin?
Electric violins are a modern adaptation of traditional acoustic violins containing electronics that captures and transmits the sound of the violin. Most of the real electrical violins are designed and built specifically for use in reinforced music settings, where the violin signal is issued to amplifier and speakers. Many such tools have a modern, streamlined design that only indicates the outlines of the traditional acoustic violin. Strictly speaking, acoustic violins, which were equipped with electronic pick -up and output connector, should not be confused with electric violins and are more precisely referred to as acoustic electrical or amplified violins.
Because electric violins are less dependent on the acoustic properties of the materials and design used, they can be found in various exotic shapes and samples. The shape of the acoustic violin, the highest reinforcement and the hollow body produce the volume needed to project the sound of the tool, where the real electric violin EAS relies completelyOn an electronic sensor to capture and forward the sound to the amplifier. As a result, electric violins are often built of solid or semi-gold bodies that help eliminate resonances that cause feedback in high-volume settings. Polo-Holish models usually have a sealed acoustic chamber that limits the potential of feedback while creating a warmer and acoustic tone.
Electrical violins with a solid body usually have a brighter and more cutting sound than its acoustic counterparts. The harder edges of the Timbres that produce these tools may be quite suitable in certain contexts of rock, pop and jazz, but may sound too "nervous" in classic or country music. Since the amplification device used usually has its own tone control, the tool tone can be adjusted to some extent. The sound can be further adjusted using the elprocessors of the ectronic effects connected between the violin and the deceittuning.
Modern electric violins can be made of a wide range of non -traditional materials such as Kevlar, carbon or plastic reinforced with glass. Thanks to the strength of these modern materials, the electrical violin of the solid body can handle a greater tension of the chains and can be found with up to eight strings. Another low C-String is one of the most popular five-seam electric violin configurations, providing artists an increased range.
sensors used on electric violins are usually either magnetic or more commonly piezoelectric. Like sensors used on electric guitars, magnetic sensors require violins to have metal wrapper or core chains. Piezoelectric sensors capture the physical vibrations of the strings and transmit a high impedance signal that requires an amplifier or preamplifier with suitable input connectors. They can be mounted on the body of the tool or inside or inwardly capture vibrations generated by the bridge. There are also sophisticated systems inThe lift that uses several different elements of pickup mounted at different points on the tool to create more nuanced tones.