Integrated circuit socket with reed-shaped leads

Claim 2

A socket for connection to the leads of a quad flat pack type integrated circuit package, said package having a body and each said lead having a downwardly extending section proximate a side of said body, said socket comprising: a plurality of socket leads for connection to a circuit bearing element such as a printed circuit board, a supporting section for supporting said socket leads, and a plurality of vertically extending resilient single-reed-shaped contacts supported by said supporting section at positions that allow said contacts to bend when coming into contact with the downwardly extending sections of corresponding package leads, so that said contacts press outwardly against said package leads between said package leads and said side of said body, said contacts maintaining contact with the downwardly extending sections of said package leads when the package and the socket are in a mater position, said contacts being lead frame elements, a plurality of which having been separated from a single lead frame and remain in the same relative positions as they were in said lead frame, and each of said contacts being electrically connected to one of said socket leads.

Claim 3

The socket of claim 1 wherein said contacts make a wiping contact over at least half of the downward section of the package leads upon mating the package and said socket.

Claim 4

The socket of claim 1 wherein said contacts make a wiping contact over at least 0.02 inches of the downward section of the package leads upon mating the package and said socket.

Claim 5

The socket of claim 1 wherein said reed-shaped contacts extend upwardly from the bottom surface of the socket.

Claim 6

The socket of claim 1 wherein said contacts are separated and maintained in registration by ribs in said supporting section.

Claim 7

The socket of claim 1, wherein said supporting section is a bottom section and further including a top section for holding the package when installing the package on said bottom section, said top section including top section ribs to separate and maintain the package leads in registration.

Claim 8

The socket of claim 6 wherein said top section further includes a resilient reed for retaining the package in said top section.

Claim 9

The socket of claim 6 further including a pin-and-socket connector for maintaining said top section in place on said bottom section.

Claim 10

The socket of claim 6 wherein said top section provides a retaining surface for retaining the package leads against the outward force applied by said contacts against the package leads.

Claim 11

The socket of claim 1 wherein said socket leads comprise pins supported by said supporting section and are each connected to one of said lead frame elements.

Claim 12

The socket of claim 1 wherein said socket leads comprise receptacles supported by said supporting section and are each connected to one of said lead frame elements.

Claim 13

The socket of claim 1 wherein said supporting section is made of a molded thermoplastic.

Claim 14

The socket of claim 12 wherein said lead frame elements are at least partially embedded in said supporting section.

Claim 15

The socket of claim 1 wherein each of said socket leads is integral to one of said lead frame elements.

Claim 16

The socket of claim 14 wherein said led frame elements are bent to form said package leads for through-hole insertion into a circuit bearing element.

Claim 17

The socket of claim 14 wherein said lead frame elements leads are bent to form said package leads into a gullwing shape for surface mount attachment to the circuit bearing element.

Claim 18

The socket of claim 1 wherein said socket leads have the same footprint as does the package.

Claim 19

The socket of claim 1 wherein a first group of said lead frame elements are cut from a first lead frame and a second group of said lead frame elements are cut from a second lead frame.

Claim 20

A socket for connection to the leads of a quad flat pack type integrated circuit package, said package having a body and each said lead having a downwardly extending section proximate a side of said body, said socket comprising: a plurality of socket leads for connection to a circuit bearing element such as a printed circuit board, a molded bottom section for supporting said socket leads, a plurality of vertically extending resilient single-reed-shaped contacts at least partially embedded in said bottom section at positions that allow said contacts to bend when coming into contact with the downwardly extending sections of corresponding package leads, so that said contacts press outwardly against said package leads between said package leads and said side of said body to make a wiping contact to a surface of said downwardly extending section, said contacts maintaining contact with the downwardly extending sections of said package leads when the package and the socket are in a mated position, said contacts being lead frame elements, a plurality of which having been separated from a single lead frame and remain in the same relative positions as they were in said lead frame, and each of said contacts being electrically connected to one of said socket leads, said bottom section including ribs for maintaining said contacts separated and in registration, and a top section for holding the package when installing the package on said bottom section, said top section including top section ribs to separate and maintain the package leads in registration.

Claim 21

A socket for connection to the leads of a quad flat pack type integrated circuit package, said package having a body and each said lead having a downwardly extending section proximate a side of said body, said socket comprising: a plurality of socket leads for connection to a circuit bearing element such as a printed circuit board, a molded bottom section for supporting said socket leads, a plurality of vertically extending resilient single-reed-shaped contacts at least partially embedded in said bottom section at positions that allow said contacts to bend when coming into contact with the downwardly extending sections of corresponding package leads, so that said contacts press outwardly against said package leads between said package leads and said side of said body to make a wiping contact to a surface of said downwardly extending section, said contacts maintaining contact with the downwardly extending sections of said package leads when the package and the socket are in a mated position, said contacts being lead frame elements, a plurality of which having been separated from a single lead frame and remain in the same relative positions as they were in said lead frame, and each of said contacts being electrically connected to one of said socket leads, said bottom section including ribs for maintaining said contacts separated and in registration, and a top section for holding the package when installing the package on said bottom section, said top section including top section ribs to separate and maintain the package leads in registration.

Claim 22

The socket of claim 19 wherein said contacts make a wiping contact over at least half of the downwardly section of said package leads upon installing the package in said socket.

Claim 23

The socket of claim 19 wherein said contacts make a wiping contact over at least 0.02 inches of the downwardly section of said package leads upon installing the package in said socket.

Claim 24

The socket of claim 19 further including a pin-and-socket connector for maintaining said top section in place on said bottom section, and wherein said top section provides a retaining surface for retaining the package leads against a force applied by said contacts against the package leads.

Claim 25

The socket of claim 19 wherein said socket leads are pins supported by said bottom section and are each connected to one of said lead frame elements, and wherein said reed-shaped contacts extend upwardly from the bottom surface of the package.

Claim 26

The socket of claim 19 wherein each of said leads is integral to one of said lead frame elements and wherein each of said lead frame elements is bent to form a lead for through-hole insertion into a circuit bearing element.

Claim 27

The socket of claim 19 wherein each of said leads is integral to one of said lead frame elements and wherein each of said lead frame elements is bent to form a gullwing shaped lead for surface mount attachment to a circuit bearing element.

Claim 28

The socket of claim 19 wherein each of said leads is integral to one of said lead frame elements and wherein each of said lead frame elements is bent to form a gullwing shaped lead for surface mount attachment to a circuit bearing element having the same footprint as does the package.

Claim 29

The socket of claim 19 wherein a first group of said lead frame elements are cut from a first lead frame and a second group of said lead frame elements are cut from a second lead frame.