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A system is for an aircraft including a plurality of rows of seats. The system includes a plurality of monitors, a plurality of arc fault circuit interrupters each of which includes three poles having a line terminal and a load terminal. Each of a plurality of electronic enclosures is capable of bei

A system is for an aircraft including a plurality of rows of seats. The system includes a plurality of monitors, a plurality of arc fault circuit interrupters each of which includes three poles having a line terminal and a load terminal. Each of a plurality of electronic enclosures is capable of being energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of the AFCIs. A panel holds the AFCIs. A single-phase power source powers the line terminals of the poles of the AFCIs. Each of the poles corresponds to one row of the aircraft. Each of the electronic enclosures corresponds to one of a plurality of zones. Three of the rows are disposed in each of the zones. One of the AFCIs is associated with a corresponding one of the zones.

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What is claimed is: 1. A system for an aircraft including a plurality of rows of seats, said system comprising: a plurality of loads; a number of arc fault circuit interrupters, each of said number of arc fault circuit interrupters comprising a plurality of poles, each of said poles comprising a li

What is claimed is: 1. A system for an aircraft including a plurality of rows of seats, said system comprising: a plurality of loads; a number of arc fault circuit interrupters, each of said number of arc fault circuit interrupters comprising a plurality of poles, each of said poles comprising a line terminal and a load terminal; a plurality of electronic enclosures, each of said electronic enclosures being capable of being energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; a panel holding said number of arc fault circuit interrupters; and a single-phase power source powering the line terminals of the poles of said number of arc fault circuit interrupters, wherein each of said poles corresponds to a number of said rows of said aircraft, wherein each of said electronic enclosures corresponds to one of a plurality of zones, wherein a plurality of said rows are disposed in each of said zones, wherein one of said number of arc fault circuit interrupters is associated with a corresponding one of said zones, wherein said number of arc fault circuit interrupters are structured to permit a corresponding one of said electronic enclosures to be hot-swapped when a corresponding one of said electronic enclosures is energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters, and wherein said number of arc fault circuit interrupters comprise an arc fault detection circuit structured to permit the corresponding one of said electronic enclosures to be hot-swapped. 2. The system of claim 1 wherein said system is an entertainment system; and wherein at least some of said loads include a corresponding number of monitors. 3. The system of claim 1 wherein said zones include eight zones; wherein said rows include three rows per each of said zones; wherein said seats include three seats per each of said rows; and wherein said loads include nine monitors per each of said zones. 4. The system of claim 3 wherein said plurality of electronic enclosures are 24 under seat electronics boxes, each of said under seat electronics boxes being associated with a corresponding one of said rows, and being structured to power three of said monitors. 5. The system of claim 1 wherein each of said electronic enclosures receives a single-phase alternating current voltage from a corresponding one of said poles of a corresponding one of said arc fault circuit interrupters and outputs a direct current voltage to a corresponding plurality of said loads. 6. The system of claim 1 wherein said aircraft includes an aft cargo bay; wherein said single-phase power source is an avionics power source; and wherein said panel is positioned in said aft cargo bay and the line terminals of the poles of said number of arc fault circuit interrupters are powered from said avionics power source. 7. The system of claim 6 wherein each of said electronic enclosures is energized through a conductor from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; and wherein said panel is proximate said avionics power source, in order to protect all of said conductors from said aft cargo bay to said electronic enclosures. 8. The system of claim 7 wherein said number of arc fault circuit interrupters is structured to protect all of said conductors from phase-to-phase arc faults and phase-to-frame arc faults within each of said zones. 9. The system of claim 6 wherein said panel includes a ground; and wherein said avionics power source includes the same ground. 10. The system of claim 1 wherein each of said arc fault circuit interrupters comprises a frame terminal and an indicator for each of the poles thereof; and wherein said indicator is structured to indicate when the corresponding one of said arc fault circuit interrupters is properly installed and properly powered from the line terminals and the frame terminal thereof. 11. The system of claim 1 wherein each of said arc fault circuit interrupters comprises three poles and three indicators for the poles thereof; and wherein said three indicators provide functionality verification for three of the rows of a corresponding one of said zones. 12. A method of powering a system for an aircraft including a plurality of rows of seats, said method comprising: employing a plurality of loads; employing a number of arc fault circuit interrupters, each of said number of arc fault circuit interrupters comprising a plurality of poles, each of said poles comprising a line terminal and a load terminal; employing a plurality of electronic enclosures, each of said electronic enclosures being capable of being energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; powering the line terminals of the poles of said number of arc fault circuit interrupters from a single-phase power source; associating each of said poles with a number of said rows of said aircraft; associating each of said electronic enclosures with one of a plurality of zones; disposing a plurality of said rows in each of said zones; associating one of said number of arc fault circuit interrupters with a corresponding one of said zones; structuring said number of arc fault circuit interrupters to permit a corresponding one of said electronic enclosures to be hot-swapped when a corresponding one of said electronic enclosures is energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; and including with said number of arc fault circuit interrupters an arc fault detection circuit structured to permit the corresponding one of said electronic enclosures to be hot-swapped. 13. The method of claim 12 further comprising employing as said number of arc fault circuit interrupters a plurality of arc fault circuit interrupters. 14. The method of claim 12 further comprising employing as said loads a corresponding number of monitors. 15. The method of claim 14 further comprising employing 24 of said electronic enclosures, each of said electronic enclosures being disposed for a corresponding one of said rows, and being structured to power three of said monitors. 16. The method of claim 12 further comprising receiving at each of said electronic enclosures a single-phase alternating current voltage from a corresponding one of said poles of a corresponding one of said arc fault circuit interrupters; and outputting a direct current voltage from each of said electronic enclosures to a corresponding plurality of said loads. 17. The method of claim 12 further comprising energizing each of said electronic enclosures through a conductor from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; and protecting all of said conductors from phase-to-phase arc faults and phase-to-frame arc faults within each of said zones. 18. The method of claim 12 further comprising energizing one of said electronic enclosures from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; and permitting said one of said electronic enclosures to be hot-swapped without tripping the corresponding one of said number of arc fault circuit interrupters. 19. A method of powering a system for an aircraft including a plurality of rows of seats, said method comprising: employing a plurality of loads; employing a number of arc fault circuit interrupters, each of said number of arc fault circuit interrupters comprising a plurality of poles, each of said poles comprising a line terminal and a load terminal; employing a plurality of electronic enclosures, each of said electronic enclosures being capable of being energized from a corresponding one of the load terminals of a corresponding one of the poles of a corresponding one of said number of arc fault circuit interrupters; powering the line terminals of the poles of said number of arc fault circuit interrupters from a single-phase power source; associating each of said poles with a number of said rows of said aircraft; associating each of said electronic enclosures with one of a plurality of zones; disposing a plurality of said rows in each of said zones; associating one of said number of arc fault circuit interrupters with a corresponding one of said zones; employing a number of said number of arc fault circuit interrupters comprising an arc fault detection circuit including an integration capacitor; and increasing the capacitance of said integration capacitor by about 100%, in order to permit the corresponding one of said electronic enclosures to be hot-swapped.