|
ElectronicPickups.com |
Because electronic pickups do not use coils they work very well on metal covered nylon strings. Shown here an example of a Nylon stringed bass guitar. Electronic pickups can also be mounted on a Double Bass, it is possible to make use of a quadraphonic pickup, where each string can be adjusted in volume seperatedly, and if so wanted have seperate tone or volume control. Because nylon string have a stronger vibration than steel strings, a very deep bass sound is generated. Some of the advantages are listed below: |
Much higher dynamics than traditional pickups, with this we mean that the difference between a soft and a hard struck note is much louder than with the traditional pickups. Very high channel separation, or very low signal crossover. This makes it possible for instance by a 12 string guitar, to pickup each of the double strings separately or in groups. |
The high channel separation makes them ideally suited for use as hexaphonic pickup for driving V-guitar systems or guitar synths. Electronic pickups can be made very thin, so they can be placed under the strings of for instance a citer. Because electronic pickups do not use coils they work very well on metal covered nylon strings. With a little trick they can also be used for nylon strings without metal cover |
Electronic pickups are insensitive for magnetic fields, this makes them ideally suited to use in a feedbacksystem with a magnetic actuator. Because electronic pickups do not use magnetic fields they have no string pull and so a longer sustain than electromagnetic pickups. They are not sensitive to stray magnetic fields, from for instance your amplifier, like coil based pickups. |
© JLW Electonics.com |
. |
Electronic pickups have a flat frequency curve, so no resonance "color" is added. Unlike traditional pickups that do not have a flat frequency response. This allows for broader "colouring"by means of equalisation or tone control. |