How can I choose the best pickup of the violin?
notorious silent tools, violins can easily transform the tumultuous sounds of drums, electric guitars or even powerful vocals in contemporary music. To compensate for this, it is necessary to choose a good pickup of the violin. The primary factors that need to be considered when selecting a violin pickup are how the pickup connects to the tool and type of converter it uses.
Some varieties of violin sensors are attached to the bridge or clamps to the body of the tool. They tend to be the simplest type to install, but contact with the violin body can slightly dampen resonance quality. They can be moved to specific locations to the tone production tools, for example under the lower string to reinforce the tone of lower notes or below the higher chains to amplify the upper register. Many of these models can be easily used with a standard acoustic violin.
other types of sensors actually replace the violin bridge. May contain individual converters for each string or one converter for universityechny strings. Because it measures the vibrations of the chains directly on the bridge, where the sound is produced in the instrument, the bridge sensors evoke the quality of the tone, which is most similar to the unmarked acoustic violin. They are also least likely to create feedback - howling or scoring noise that comes from the sounds of the microphone collection backup from the speaker. Since there is no variability in the location, the violin sensor with the replacement of the bridge tends to produce the most connoistent tone quality.
Although they offer several benefits, bridge units still have restrictions. Some models are designed only for electrical violins and cannot be mounted on standard acoustic violins. If you want to move back and forth between the reinforced and natural sound, another typy of lift of the violin could have a better choice for you.
Another factor to be considered is the type of converter that the pickup uses the violin. Simply put, the converter converts one type of energy to another type. In the case of the violin sensorThe din converts mechanical or electromagnetic vibrations of the strings into electrical pulses, which are then converted to a reinforced sound.
One of the popular type of acoustic violin converter is a piezoelectric converter that measures mechanical vibrations of the chain. They tend to have the best sound quality from lower chains, but in higher chains they may sound thin or weak. When used with high quality preamplifier, the piezoelectric converter tends to produce the purest sound.
Another common type of converter is an electromagnetic converter that is similar to the electric pickup of the guitar. Measurement of electromagnetic pulses issued by steel chain vibrations, electromagnetic sensors are hicentivessitive and can produce a wide dynamic range. Compared to the sound of the acoustic violin, the tone produced by an electromagnetic converter can have target or mechanical sound. Whether it is more convenient than the more open sound of acoustic instrument depends on the type of music,You want to play and also for your own personal preference. These converters can accidentally transmit other electromagnetic signals such as mobile phone transmission signals due to their sensitivity.