would be required to achieve an efficiency of 70 this was found not to be the case not only was it unnecessary to splice them but it was discovered that the method yields a translation of between 70 to 90 the method in fact accommodates element equalization to achieve this high conversion it also has the advantage of providing for an imbalance indicator as well as being less time consuming to fabricate the method as illustrated in the flow chart of fig7 includes select two cylinders typically having a diameter between 4 12 times the diameter of the chosen synthetic fiber 60 then the two cylinders are fixed to a flat surface 62 the number of parts or stressed lengths of synthetic fiber needed are determined 64 as are the number of u201c laps u201d or complete paths between the two cylinders that must be completed 66 fiber is wrapped around the cylinders 68 and cut 70 approximately where it lines up with the cable starting point end 42 forming end 44 the loops of fibers are separated and fixed 72 on cylinders 14 and 18 creating distinct loops and bundled or fixed into laps proximate to each cylinder 74 loops thus formed are lifted from cylinder 18 and braided 76 loops are aligned and bundled to form eyelets and secured in.