Before you purchase an electrical violin you must decide what type best suites your wishes. In fact, you wouldn't get a vehicle such as a truck when you actually required a minivan.
The common component that most electrical violins primarily share is all of them use transducer pickups using vibrations from direct contact. Attempts with electromagnetic pickups and condenser microphones have been made but none were successful.
Electric Violins are split into two basic groups both dealing with the development of the body. The 1st group I'll refer to as a solid body. Now there'll be variations but the principle is identical. Solid bodies by my definition do not enclose air. The 2nd group hollow bodies and acoustic instruments enclose air. Unless you value a selected design over performance, the hollow body would be the best choice. Remember a solid body electrical violin whether made of wood, Plexiglas, aluminum or what have you, the choice concerning the placement of the transducer or transducers can only be done on the bridge. This gives you no diversity for pickup sounds. Most electrical guitars have more than one pickup to give a selection of sound. So why should an electrical violin be any different? 2 major problems with a solid body violin alter between no body artistically to look at or a weight that hinders the player. All the straps and resourceful gizmos won't make up the difference. So the only other option is a hollow body acoustic or semi acoustic violin. With a hollow body, you can place transducers in many locations using different techniques attaching pickups and wiring parts giving you a diverse sound array just like an electrical guitar.
With a hollow body electrical violin, you must enjoy the lightweight, inventive design and practical component for technical talents that are usually employed by a violinist. For electrical violins and beneficial assists, I recommend http://www.wilcoxelectricviolininnovations.com.
http://transducersite.com/linear-displacement-transducer/
Thursday, June 11, 2009
paine-pressure-transducer
Before you get an electric violin you should decide what type best apartments your needs. After all, you wouldn't get a vehicle such a van a truck when you actually required a minivan.
The common part that most electric violins primarily share is they all use transducer pickups using vibrations from direct contact. Attempts with electromagnetic pickups and condenser microphones have been made but none were successful.
Electric Violins are split into 2 basic groups both working with the development of the body. The first group I can call refer to as a solid body. Now there will be variations but the principle is the same. Solid bodies by my definition don't enclose air. The 2nd group hollow bodies and acoustic instruments enclose air. Unless you value a specific design over performance, the hollow body would be the best choice. Keep in mind that a solid body electric violin whether made of wood, Plexiglas, aluminum or what have you, the choice concerning the placement of the transducer or transducers can only be done on the bridge. This gives you no diversity for pickup sounds. Most electric guitars have more than one pickup to give a selection of sound. So why should an electric violin be any different? Two major problems with a solid body violin change between no body artistically to look at or a weight that hinders the player. All the straps and resourceful gizmos will not make up the difference. So the only other option is a hollow body acoustic or semi acoustic violin. With a hollow body, you can place transducers in many locations using different strategies attaching pickups and wiring components giving you a diverse sound array just like an electric guitar.
With a hollow body electric violin, you should enjoy the lightweight, inventive design and practical element for technical talents that are typically used by a violinist. For electric violins and useful assists, I recommend http://www.wilcoxelectricviolininnovations.com.
http://transducersite.com/paine-pressure-transducer/
The common part that most electric violins primarily share is they all use transducer pickups using vibrations from direct contact. Attempts with electromagnetic pickups and condenser microphones have been made but none were successful.
Electric Violins are split into 2 basic groups both working with the development of the body. The first group I can call refer to as a solid body. Now there will be variations but the principle is the same. Solid bodies by my definition don't enclose air. The 2nd group hollow bodies and acoustic instruments enclose air. Unless you value a specific design over performance, the hollow body would be the best choice. Keep in mind that a solid body electric violin whether made of wood, Plexiglas, aluminum or what have you, the choice concerning the placement of the transducer or transducers can only be done on the bridge. This gives you no diversity for pickup sounds. Most electric guitars have more than one pickup to give a selection of sound. So why should an electric violin be any different? Two major problems with a solid body violin change between no body artistically to look at or a weight that hinders the player. All the straps and resourceful gizmos will not make up the difference. So the only other option is a hollow body acoustic or semi acoustic violin. With a hollow body, you can place transducers in many locations using different strategies attaching pickups and wiring components giving you a diverse sound array just like an electric guitar.
With a hollow body electric violin, you should enjoy the lightweight, inventive design and practical element for technical talents that are typically used by a violinist. For electric violins and useful assists, I recommend http://www.wilcoxelectricviolininnovations.com.
http://transducersite.com/paine-pressure-transducer/
submersible-pressure-transducer
Before you buy an electric violin you should decide what type best suites your requirements. Of course, you wouldn't get a vehicle such a wagon a truck when you really needed a minivan.
The common component that most electric violins predominantly share is all of them use transducer pickups utilizing vibrations from direct contact. Attempts with electromagnetic pickups and condenser microphones have been made but none were successful.
Electric Violins are divided into two basic groups both dealing with the development of the body. The first group I can call refer to as a solid body. Now there will be variations but the principle is the same. Solid bodies by my definition do not enclose air. The 2nd group hollow bodies and acoustic instruments enclose air. Unless you value a specific design over performance, the hollow body would be the best choice. Keep in mind that a solid body electric violin whether made of wood, Plexiglas, aluminum or what have you, the choice concerning the placement of the transducer or transducers can only be done on the bridge. This gives you no variety for pickup sounds. Most electric guitars have more than one pickup to give a selection of sound. So why should an electric violin be any different? Two major problems with a solid body violin change between no body artistically to look at or a weight that obstructs the player. All the straps and resourceful gizmos will not make up the difference. So the only other option is a hollow body acoustic or semi acoustic violin. With a hollow body, you can place transducers in many locations using different techniques attaching pickups and wiring elements giving you a diverse sound array just like an electric guitar.
With a hollow body electric violin, you should enjoy the light, creative design and practical element for technical talents that are usually employed by a violinist. For electric violins and helpful aids, I recommend http://www.wilcoxelectricviolininnovations.com.
http://transducersite.com/submersible-pressure-transducer/
The common component that most electric violins predominantly share is all of them use transducer pickups utilizing vibrations from direct contact. Attempts with electromagnetic pickups and condenser microphones have been made but none were successful.
Electric Violins are divided into two basic groups both dealing with the development of the body. The first group I can call refer to as a solid body. Now there will be variations but the principle is the same. Solid bodies by my definition do not enclose air. The 2nd group hollow bodies and acoustic instruments enclose air. Unless you value a specific design over performance, the hollow body would be the best choice. Keep in mind that a solid body electric violin whether made of wood, Plexiglas, aluminum or what have you, the choice concerning the placement of the transducer or transducers can only be done on the bridge. This gives you no variety for pickup sounds. Most electric guitars have more than one pickup to give a selection of sound. So why should an electric violin be any different? Two major problems with a solid body violin change between no body artistically to look at or a weight that obstructs the player. All the straps and resourceful gizmos will not make up the difference. So the only other option is a hollow body acoustic or semi acoustic violin. With a hollow body, you can place transducers in many locations using different techniques attaching pickups and wiring elements giving you a diverse sound array just like an electric guitar.
With a hollow body electric violin, you should enjoy the light, creative design and practical element for technical talents that are usually employed by a violinist. For electric violins and helpful aids, I recommend http://www.wilcoxelectricviolininnovations.com.
http://transducersite.com/submersible-pressure-transducer/
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