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Ibanez SR400EPBDX Electric Bass - Tropical Seafloor Burst

SKU:
SR400EPBDX
$549.99
*Not available for free shipping. If you'd like this shipped to you please contact us!*
  • SPECS

    • neck type
      SR45pc Maple/Walnut neck
    • top/back/body
      Poplar Burl topNyatoh body
    • fretboard
      Jatoba fretboardWhite dot inlay
    • fret
      Medium frets
    • number of frets
      24
    • bridge
      Accu-cast B500 bridge
    • string space
      19mm
    • neck pickup
      PowerSpan Dual Coil neck pickupPassive
    • bridge pickup
      PowerSpan Dual Coil bridge pickupPassive
    • equaliser
      Ibanez Custom Electronics 3-band EQ w/3-way Power Tap switch
    • factory tuning
      1G,2D,3A,4E
    • strings
      D'Addario® EXL165
    • string gauge
      .045/.065/.085/.105
    • hardware color
      Gold
  • NECK DIMENSIONS

      • Scale :
        864mm/34"
      • a : Width
        38mm at NUT
      • b : Width
        62mm at 24F
      • c : Thickness
        19.5mm at 1F
      • d : Thickness
        21.5mm at 12F
      • Radius :
        305mmR
    • DESCRIPTION

  • CONTROLS

    SR400EPBDX's control diagram

    DESCRIPTION

    With the bass held in the playing position, there are three small knobs closest to the lower edge of the body. Directionally, from the lower bout towards the neck knobs are treble boost/cut, mid boost/cut, and bass boost/cut. There are two larger knobs above these, closer to the bridge. The knob closest to the neck controls volume, and the knob next to it is the pickup balancer control. There is a 3-way power tap switch next to the balancer knob. When the switch is in neck position, the humbuckers are tapped. When the switch is in center position, the humbuckers are in series. when the switch is in bridge position, the humbuckers are in power tap mode, which is tapped with additional low end added.

  • FREQUENCY RESPONSE

    SR400EPBDX's EQ curve diagram

    DESCRIPTION

    The bass boost/cut frequency curve has a peak at 20 Hz, the variable width becomes smaller toward the high range, and the variable width becomes zero at about 1000 Hz. The variable range becomes slightly larger in the high range than around 1000 Hz, but it becomes zero again near 5000 Hz. The variable range of the peak frequency is approximately ±15 dB. The treble boost/cut frequency curve draws a mountain-shaped curve with a peak at around 10,000 Hz and zero variable range around 100 Hz. The variable range of the peak frequency is approximately ±15 dB. The mid-boost/cut frequency curve creates a bell-shaped curve with a peak around 450 Hz, and the variable width becomes zero near 20 Hz and around 10,000 Hz. The variable range of the peak frequency is approximately ±15 dB.