. A text-book of electrical engineering;. first coil we start at i, pass down the armature, that is, away from theobserver, and should then pass across the back to a point diametricallyopposite. This point is, however, already taken up by the beginning of coil5, and we therefore take the back end-connection of coil i, as shown by thedotted line, to a point i Ipng near point 5. The wire is then brought up tothe front along the surface of the armature at i. The wires i—i togetherwith their end-connections constitute one turn of the first coil. From iwe pass across the front, back to i, and wind
. A text-book of electrical engineering;. first coil we start at i, pass down the armature, that is, away from theobserver, and should then pass across the back to a point diametricallyopposite. This point is, however, already taken up by the beginning of coil5, and we therefore take the back end-connection of coil i, as shown by thedotted line, to a point i Ipng near point 5. The wire is then brought up tothe front along the surface of the armature at i. The wires i—i togetherwith their end-connections constitute one turn of the first coil. From iwe pass across the front, back to i, and wind another turn i—i, repeatingthis until the first coil is completely wound. For the sake of simplicity thecoils in Fig. 99 consist of a single turn. There is, however, no reason whyeach turn in the figure should not represent a coil of many turns. After completely winding the first coil, we pass across the front to thebeginning of the second coil at the point 2. After passing down the armature,at point 2 we should cross the back end to
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Keywords: ., bookcentury1900, bookdecade1920, bookidcu3192400440, bookyear1920
