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Electric Harps The thing that makes a harp an "electric harp" is the presence of a pickup on each and every string of the harp. An alternative approach has been to attach one or more transducers inside the soundbox of your harp, but as they say, results will vary. The most likely problem with internal transducers is that you will have a resonance peak, that is, a particular note that jumps out louder than all the rest. This is the natural resonating point of your harp's body. Also, depending on exactly where you place the transducer inside the harp, you may have lots of bass but weak treble, good melody but weak bass, etc. Worst of all, you are susceptible to feedback, where the soundbox vibrates in response to the soundwaves coming from your loudspeakers, and this gets amplified, making a rapidly escalating roar that is very unpleasant. Placing a pickup against each string guarantees an even response and avoids all of the above problems. With a normal acoustic harp, a lot of what's happening is not heard, since the surface area of each string is so tiny. Our ears cannot detect the weak direct radiations of the strings. You might hear it, but your audience doesn't. By amplifying each string we can all hear everything. A solid body harp, like a solid body guitar, can be amplified as much as you desire, up to the limits of your electronic gear (amplifier, loudspeakers, effects boxes, etc.). Why then would we bother with a traditional acoustic setup? As I have said elsewhere, the strings carry the sound of the entire harp, and the strings sound most harplike when attached to a good sounding, resonant harp. Acoustic/Electric harps
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