Abstract: A method for making a flexible carrier tape for storage and delivery of electronic components by an advancement mechanism is disclosed. The tape includes a strip portion having a top surface, a bottom surface opposite the top surface, and a device for engagingly receiving the advancement mechanism; and a plurality of aligned pockets for carrying the electronic components. The pockets are spaced along the strip portion and opening through the top surface. The device for engagingly receiving the advancement mechanism includes a plurality of hollow protuberances that are spaced equally along the strip portion, open through the strip portion, and extend outwardly from the strip portion. The protuberances are adapted to receive the advancement mechanism within the hollow portion. The method includes simultaneously thermoforming the pockets and the protuberances to provide excellent registration therebetween.

Abstract: A flexible carrier tape for storage and delivery of electronic components by an advancement mechanism comprises: (a) a strip portion having a top surface, a bottom surface opposite the top surface, and means for engagingly receiving the advancement mechanism; and (b) a plurality of aligned pockets for carrying the electronic components. The pockets are spaced along the strip portion and open through the top surface. The means for engagingly receiving the advancement mechanism comprises a plurality of hollow protuberances that are spaced equally along the strip portion, open through the strip portion, and extend outwardly from the strip portion. The protuberances are adapted to receive the advancement mechanism within the hollow portion. Methods for manufacturing such carrier tapes are also disclosed.

Abstract: A carrier tape and cover strip are provided for storing electronic components and for supplying those components seriatim to a machine. The carrier tape includes a strip portion having spaced longitudinal edge surfaces, and a plurality of pockets formed in the strip portion. The cover strip is applied over the pockets to contain electronic components therein, and is bonded along two outer bonding portions to the edge surfaces of the carrier tape. The cover strip includes a pair of longitudinal tear lines which enable progressive separation of a medial portion of the cover strip overlying the pockets from the bonding portions to expose the contents of the pockets. In one embodiment, the cover strip includes nicks in the bonding portions thereof for providing a predetermined direction of tear in the bonding portions to initiate a tear along each of said longitudinal tear lines when said cover strip is removed from said top surface.

Abstract: A carrier tape and cover strip are provided for storing electronic components and for supplying those components seriatim to a machine. The carrier tape includes a strip portion having spaced longitudinal edge surfaces, and a plurality of pockets formed in the strip portion. The cover strip is applied over the pockets to contain electronic components therein, and is bonded along two outer bonding portions to the edge surfaces of the carrier tape. In one embodiment, the cover strip includes a tear strip attached to a medial portion of the cover strip overlying the pockets, which may be used to separate the medial portion from the bonding portions to expose the contents of the pockets.