Slide tab carrier for flatpack electronic component carriers
AssigneeR. H. Murphy Co., Inc.
InventorRobert H. Murphy
Life of this patent
Estimating the term…
Abstract
A carrier for a flatpack integrated circuit component. The carrier includes a square frame formed of a conductive plastic and a series of electrically isolating comb inserts for supporting terminals from a flat pack integrated circuit component. Elongated slots at each of the corners of the frame support linearly reciprocal slide tabs that move between first and second positions. In the first position a finger from each slide tab overlies the frame member; in a second position the finger overlies either a portion of the component housing or a portion of the comb inserts and at least one terminal from the integrated circuit in the comb at each corner thereby to retain the component in the carrier.
Claims20
A carrier facilitating the handling of a flatpack electronic component with a planar housing and a plurality of terminals extending from the edges of the housing in a predetermined configuration, said carrier comprising:
- A. terminal engagement means for supporting the plurality of terminals thereby to position the flatpack electronic component in said carrier in a first area adjacent said terminal engagement means,
- B. frame means for supporting said terminal engagement means and having a slot formed therein along an axis adjacent said terminal engagement means, and
- C. slide tab means in said frame means adjacent said terminal engagement means for linear reciprocal motion in said slot between first and second positions and parallel to the plane of the planar housing of the flatpack electronic component, said slide tab means including a body extended through and captured by said frame means and linearly slidable in said slot and an extension from said body that overlies said frame means when said slide tab means is in the first position, said extension in the second position is coextensive with and overlies a portion of a second area including a portion of said terminal engagement means and a portion of said first area whereby said slide tab means positions said extension to retain an electronic component in said carrier.
A carrier as recited in claim 5 wherein said frame means and said slide tab means are integrally molded of diverse molding materials.
A carrier for facilitating the handling of a flatpack electronic component with a planar, rectangular housing and a set of spaced, parallel terminals extending from each edge of the housing, said carrier comprising:
- A. a plurality of open rectangular terminal engagement means for individually supporting each of the plurality of terminals along parallel terminal axes for each set of terminals thereby to position the flatpack electronic component in said carrier with the housing in a first area adjacent said terminal engagement means,
- B. open rectangular frame means formed about the periphery of said terminal engagement means for supporting said terminal engagement means and having a slot formed therein along the axis adjacent each said terminal engagement means, and
- C. a plurality of slide tab means in said frame means adjacent the corners of said terminal engagement means, each said slide tab means being attached for reciprocal motion with respect to said frame means along an slide tab axis normal to the terminal axis of a proximate terminal support position of said terminal engagement means between first and second position, each said slide tab means having a body extended through and captured by said frame means and linearly slidable in said slot and an extension from said body that overlies said frame means when said slide tab means is in the first position and an extension that in the second position is coextensive with and overlies a portion of a second area including a portion of said terminal engagement means and a portion of the first area adjacent thereto whereby said plurality of slide tab means can be positioned to retain an electronic component in said carrier.
A carrier for facilitating the handling, by external apparatus, of a flatpack electronic component with a planar, rectangular housing and a set of spaced, parallel terminals extending from each edge of the housing, said carrier comprising:
- A. open rectangular terminal engagement means for individually supporting each of the plurality of terminals along parallel terminal axes for each set of terminals thereby to position the flatpack electronic component in said carrier with the housing in a first area adjacent said terminal engagement means,
- B. open rectangular frame means formed of a first molding material about the periphery of said terminal engagement means for supporting said terminal engagement means, said frame means having a plurality of slots formed therein adjacent said terminal engagement means, each slot having a predetermined length along a slot axis normal to a terminal axis and being formed with spaced wall surfaces having convex cross sections, and
- C. a plurality of integral slide tab means formed of a second molding material for securing an electronic component in said carrier, each said slide tab carrier having:
- i. a body having elongated surfaces with concave cross sections for being captured in said frame means and an extent along the slot axis that is less than the predetermined slot length, said body being disposed for linear reciprocal motion along the slot axis between first and second positions,
- ii. an extension extending from said body for overlying a portion of the electronic component in the second position, and
- iii. an operator extending from said body for being engaged by the external apparatus for moving said slide tab means between said first and second positions, said extension of each said slide tab means in a first position being coextensive with said frame means and in the second position being coextensive with a second area including a portion of said terminal engagement means and of a portion of the first area adjacent thereto whereby said slide tab means is positioned to retain an electronic component in said carrier.
Dependencies are inferred from the claim text.