It is a curious paradox of the music industry: guitarists, particularly rock guitarists, are often thought of as trendsetters when it comes to fashion and culture; but when it comes to their instruments, they are notoriously conservative. Innovations such as active electronics, guitar synthesizers and Steinberger's intrepid steps into the field of headless instruments in the 80's have failed to make much of a dent in the market. Gibson and Fender continue to dominate the electric guitar market much as they did in the 1950's and 60's. Even with the entry of new competitors into the market over the years such as Ibanez, Paul Reed Smith and Charvel/Jackson, the electric guitar has remained essentially unchanged with one to three magnetic pickups and a mess of wires connecting them to the controls. But things may be about to change!
In the last couple of years a few innovations have come along that have totally turned conventional wisdom – or at least conventional guitar electronics on its head. The first is the nylon string solid body electric guitar. I first saw one of these in the hands of metal ace Yngwie Malmsteen and was blown away by the sound. For any artist who is trying to incorporate elements of classical guitar in his or her repertoire, this instrument provides the mellow classical tone of a nylon stringed guitar with the comfortable feel and action of a traditional solid body axe. This has been made possible through the tremendous advances made in recent years in the field of Piezo pickup technology. Without going into too much technical detail, the Piezo differs from a traditional magnetic pickup in that the Piezo element vibrates with the string, sending an electrical signal of that vibration to a preamp within the guitar for processing, rather than capturing an electromagnetic representation of that vibration which can then be sent directly to an amplifier, or to an onboard preamp if further shaping of the signal is desired. The Piezo eliminates the need for steel strings, which would otherwise interact with the magnetic pickup, and also produces more satisfactory results for players with a lighter fingerstyle technique. Lest you think this is just another passing fancy, Parker has produced a nylon string version of their famous “Fly” model and another up-and-comer, Sadowski Guitars, is producing a Telecaster style model employing the same technology.
Another intriguing development is in the area of computer-guitar interface. This has been long time coming, and if you consider the explosion in the popularity of digital recording with Pro Tools and similar software, it's surprising it took as long as it did. Far and away, the leader in this field is Line 6's Variax model. Now, I will be the first person to admit that I know just enough about computer technology to be dangerous, but I'll try to tell you what I know from what I've read and from friends and acquaintances who have played the Variax. I should also state that I am in no way affiliated with Line 6 or any of their subsidiaries or partners. The Variax is, according to the Line 6 brochure a “digital modeling” guitar that allows the musician to switch between a huge array of potential sounds on one instrument. The sounds of a 12-string acoustic, Fender Stratocaster style single coils, Les Paul humbuckers, banjo, chimes and dozens of others are all available at the flick of a switch. The best part about it is that all of these tonal variations are available completely hum free. For the working musician, this means not having to lug around five to seven separate guitars to provide him with the all of the sounds he requires. The true test, however, is hearing one of these fine instruments in action, so if you'd like to check one out, a list of authorized dealers is available from the Line 6 website. At an MSRP of around $1000 for the mid-line Variax 600 – it's also available in the 300 and 700 – it's not cheap, but for the professional or amateur with money to burn, it may be a worthwhile investment.
There is so much more to be developed in the near future with the improvements in computer technology and miniaturization. Whole racks of effects can now be had in a box the size of a cigarette packet. This is certainly a boon for the musician in terms of both price and the effort necessary to move the equipment. I foresee a day when an entire guitarist rig, with the exception of the instrument itself will be contained within the body of the guitar itself. And while that may not be a comfort to the guitarist who finds himself at home amongst his racks of effects processors, time waits for no man, and he will eventually find himself at a crossroads in musical instrument development, much as those men did back in 1930's and 40's when the acoustic guitar was forced to make way for the first electric guitars.
Electric Guitar · Ibanez
An acoustic guitar is so named because the hollow design of its body provides a natural means by which the acoustics can be optimized, so that the sound of the guitar is naturally amplified, and therefore needs no exterior or additional means of amplifying the sound. Electric guitars are quite different, and without an external, electrical amplifier, strumming or picking the strings will make almost no sound at all, and certainly nothing much more impressive than pinging a rubber band! It is for this reason that electric guitars do use external amplification, but there is a common misconception or misunderstanding as to what exactly the external amplification does.
Many people believe, quite wrongly in fact, that the external electric amplification of an electric guitar simply makes the sound of the string much louder. If you switch off the amplifier, you'll notice that simply making the resulting sound louder would be a pitiful quality of note, and despite its name, the amplifier does not simply make the sound produced by the string louder.
It is actually not the sound that the string makes which is detected, but its movement. An electric guitar is so named because effectively, each of its strings is a wire in an electric circuit, and it is by strumming or picking these wires or strings that movement is created. The harder the string is plucked, the greater its movement, and it is this movement or resonating that is detected.
The part of an electric guitar which detects this movement is called the pickup, which are basically magnets wrapped tightly round with very fine wire. As any electrician will tell you, a magnet wrapped round with coils of wire is an electric generator waiting to happen, and the vibrating movement of the string next to this mini generator is enough to create an electric current. This electric current is sent as a signal to the amplifier, and it is at this point that the tone, voice, sound, colour, and any distortion effects, are generated, and of course, the volume boosted.
Of course, many factors affect the eventual sound of the note, in addition to simply how hard the string is plucked. The thickness and manufacture of the string, how close it is to the body, the body's shape and design, the type of pickup, the number of pickups, to name just a few. Once the signal reaches the amplifier, all manner of different effects and distortions are possible to create an individual voice for the instrument.
Because the strings of a guitar are close together, and the pickups use magnetic vibrations, there is a natural tendency for these magnetic pickups to detect and pickup electromagnetic signals from other nearby sources - anything from nearby microphones, to other electric equipment in the area - even lighting. This extra noise is generally not overly distracting, but does tend to create a kind of background hum. Single coil pickups tend to create the most amount of background hum, and the fact that most electric guitars tend to be incorrectly shielded against any interference of this kind, this can be quite unwanted.
A solution to this hum was the development of a pickup which was created slightly differently to the normal ones. Instead of a single coil of wire wrapped round the magnets, two coils were used, but each wired to the opposite polarity, both electrically and magnetically. This meant that any electromagnetic noise that was detected by both if these coils was effectively cancelled out - like adding minus five and positive five, the answer is zero. This also had the added effect of creating a much fatter sound to the guitar too. Because these pickups were designed to cancel out the hum, they were named humbuckers, and are still extremely popular today.
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