Transformer clip

Claim 3

An apparatus as described in claim 1, wherein each spring arm bends outwardly away from the component sections at a mid-portion thereof to facilitate a spring action and to provide the spring force.

Claim 4

An apparatus as described in claim 1, wherein said legs extend downwardly and are spaced about the component and adapted to engage the component sections and hold them in a predetermined alignment, said legs each terminating in a means for mounting to said board.

Claim 5

An apparatus as described in claim 1, wherein the component is a transformer having separable core portions.

Claim 6

An electronic assembly, comprising: a printed circuit board for mounting and interconnecting electronic components, said board having top and bottom parallel surfaces separated by a predetermined thickness and through holes to facilitate mounting said components; an electronic component formed of a plurality of separable sections, said component having a top surface and a bottom surface juxtaposed with the top surface of said board; and a clip of single-piece construction assembling and mounting said component, said clip including a body engaging the top surface of the component, two spring arms formed integrally with said body and extending downwardly alongside of said component, a finger attached to each of said spring arms engaging the bottom surface of the component, said spring arms providing a spring force through said fingers and said body to compress the component sections together, and mounting means including at least two legs formed integrally with said body and extending downwardly alongside said component engaging and mounting said component to the printed circuit board.

Claim 7

An electronic assembly, comprising: a printed circuit board for mounting and interconnecting electronic components, said board having top and bottom parallel surfaces separated by a predetermined thickness and through holes to facilitate mounting said components; an electronic component formed of a plurality of separable sections, said component having a top surface and a bottom surface juxtaposed with the top surface of said board; and a clip of single-piece construction assembling and mounting said component, said clip including a body engaging the top surface of the component, two spring arms formed integrally with said body and extending downwardly alongside of said component, a finger attached to each of said spring arms engaging the bottom surface of the component, said spring arms providing a spring force through said fingers and said body to compress the component sections together, and mounting means including at least two legs formed integrally with said body and extending downwardly alongside said component engaging and mounting said component to the printed circuit board.

Claim 8

An electronic assembly as described in claim 5, wherein each spring arm bends outwardly away from the component sections at a mid-portion thereof to facilitate a spring action and provide the spring force.

Claim 9

An electronic assembly as described in claim 5, wherein said legs extend downwardly and are spaced about the component and engaging the component sections for holding them in a predetermined alignment, said legs each terminating in a means for mounting to said board.

Claim 10

An electronic assembly as described in claim 5, wherein the component is a transformer having separable core portions.

Claim 11

An electronic assembly as described in claim 8, wherein said core portions are cylindrical, having a predetermined radius of curvature, and said top and bottom transformer surfaces are flat, said body includes arcuate ends having substantially the same radius of curvature as said core portions, said legs extending downwardly from the arcuate ends and engaging the core portions for holding them in a predetermined alignment, said legs each terminating in a means for attaching to said printed circuit board.

Claim 12

An electronic assembly as described in claim 9, wherein the means for attaching to said board formed at the end of each leg comprises an appendage extending downwardly from the leg and through a hole formed in the circuit board for attaching to the circuit board.

Claim 13

An electronic assembly as described in claim 5, wherein the printed circuit board has formed therein holes in which are disposed the fingers of said spring arms so that the bottom surface of the component may completely engage the top surface of the board, and the overall height of the electronic assembly is kept to a minimum.