Abstract: A microphone assembly for a musical instrument. The microphone assembly includes a microphone housing having a longitudinal axis, a microphone capsule arranged at a first end of the microphone housing, and a baffle statically mounted to the first end of the microphone housing, such that the microphone capsule is arranged in the baffle. The baffle, when statically arranged in proximity to a dynamically moveable surface of the musical instrument, is operable to create a high sound pressure zone between a surface of the baffle and the dynamically moveable surface of the musical instrument. A diaphragm of the microphone capsule is approximately co-planar with at least a portion of the surface of the baffle surrounding the microphone capsule.

Abstract: A microphone assembly for a musical instrument. The microphone assembly includes a microphone housing having a longitudinal axis, a microphone capsule arranged at a first end of the microphone housing, and a baffle statically mounted to the first end of the microphone housing, such that the microphone capsule is arranged in the baffle. The baffle, when statically arranged in proximity to a dynamically moveable surface of the musical instrument, is operable to create a high sound pressure zone between a surface of the baffle and the dynamically moveable surface of the musical instrument. A diaphragm of the microphone capsule is approximately co-planar with at least a portion of the surface of the baffle surrounding the microphone capsule.

Abstract: Improved neck structure for a stringed instrument which utilizes fiber-oriented graphite composite for formation of an elongated T-bar element that serves as the rigidifier and primary part connected between the instrument body and the peghead. The neck structure further utilizes a plurality of pin-connected frets which do not require transverse scoring or grooving of the fingerboard portion of the neck structure.

Abstract: A stringed musical instrument having a high stiffness dimensionally stable neck attached to a conventional instrument body made of hard wood. The neck is made of graphite fiber reinforced plastic material which produces a lighter, stiffer and more rigid structure than a conventional wooden neck. This high stiffness and the dimensional stability of the graphite composite, even under adverse temperature and humidity conditions, prevents warping and distortion of the instrument neck. The dimensional stability along with the high stiffness to density ratio and minimal sound damping characteristics of the graphite composite neck produce improved and stable acoustic tonal qualities from the instrument.