High density connector

Claim 2

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the assembly comprising: a male connector having a male connector terminal corresponding to each first pattern conductive region, each male connector terminal having a first end portion for connecting to one of the first pattern conductive regions and a second end portion, the second end portions of the male connector terminals arranged in columns with the second end portions of the male connector terminals in adjacent columns extending in opposite directions; and a female connector having a female connector terminal corresponding to each second pattern conductive region, each female connector terminal having a first end portion for connecting to one of the second pattern conductive regions and a second end portion for electrically contacting the second end portions of the male connector terminals, the second end portions of the female connector terminals arranged in columns with the second end portions of the female connector terminals in adjacent columns extending in opposite directions.

Claim 3

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in eight rows, each row having ten of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the second end portions of the male connector terminals arranged in columns with the second end portions of the male connector terminals in adjacent columns extending in opposite directions; and a female connector having female connector terminals with segments positioned in eight rows, each row having ten of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the female connector terminals arranged in columns with the second end portions of the female connector terminals in adjacent columns extending in opposite directions, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 4

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in eight rows, each row having ten of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the second end portions of the male connector terminals arranged in columns with the second end portions of the male connector terminals in adjacent columns extending in opposite directions; and a female connector having female connector terminals with segments positioned in eight rows, each row having ten of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the female connector terminals arranged in columns with the second end portions of the female connector terminals in adjacent columns extending in opposite directions, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 5

The connector assembly of claim 2, wherein: the male connector terminal segments are middle portions of the male connector terminals or the first end portions of the male connector terminals; and the female connector terminal segments are middle portions of the female connector terminals or the first end portions of the female connector terminals.

Claim 6

The connector assembly of claim 2, wherein the male connector terminals are through mount connectable or surface mount connectable to the first board.

Claim 7

The connector assembly of claim 2, wherein the female connector terminals are through mount connectable or surface mount connectable to the second board.

Claim 8

The connector assembly of claim 2, wherein the conductive regions of at least one of the first pattern and the second pattern comprises eight rows of conductive plated holes through the board, the holes spaced about 0.1 inches (2.54 mm) from hole center to hole center of adjacent holes along the rows of holes, the holes having a diameter of about 0.020 inches (0.51 mm), the rows spaced about 0.075 inches (1.91 mm) apart from adjacent rows.

Claim 9

The connector assembly of claim 2, wherein the conductive regions of at least one of the first pattern and the second pattern comprises 4 rows of conductive pads on the board, the pads spaced about 0.050 inches (1.27 mm) apart along the rows of the pads.

Claim 10

The connector assembly of claim 2, wherein the male connector further comprises: a housing having walls surrounding the second end portions of the male connector terminals, a passage for holding a middle portion of each of the male connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the male connector terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the first circuit board and in a second configuration in the groove when through hole mountable to the first circuit board.

Claim 11

The connector assembly of claim 8, wherein the male connector housing further comprises: at least two alignment passages.

Claim 12

The connector assembly of claim 2, wherein: the male connector terminal first end portions are substantially perpendicular to the male connector terminal second end portions.

Claim 13

The connector assembly of claim 2, wherein: the male connector terminal first end portions are substantially parallel to the male connector terminal second end portions.

Claim 14

The connector assembly of claim 2, wherein the female connector further comprises: a housing having an indentation surrounding the second end portions of the female connector terminals, a passage for holding a middle portion of each of the female connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the female connector terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the second circuit board and in a second configuration in the groove when through hole mountable to the second circuit board.

Claim 15

The connector assembly of claim 12, wherein the female connector housing further comprises: at least two alignment posts, each of the posts having a slot.

Claim 16

The connector assembly of claim 2, wherein the female connector further comprises: at least two flexible arms for mounting the female connector to the second board.

Claim 17

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the male connector further comprising: a housing having walls surrounding the second end portions of the male connector terminals, a passage for holding a middle portion of each of the male connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the male connector terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the first circuit board and in a second configuration in the groove when through hole mountable to the first circuit board; a plurality of columns of a plurality of platforms for contacting the second end portions of the male connector terminals, the platforms having non-sharp edges for contacting a bend in the male connector terminals; and a serpentine groove extending between and around the columns of the platforms; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 18

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the male connector further comprising: a housing having walls surrounding the second end portions of the male connector terminals, a passage for holding a middle portion of each of the male connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the male connector terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the first circuit board and in a second configuration in the groove when through hole mountable to the first circuit board; a plurality of columns of a plurality of platforms for contacting the second end portions of the male connector terminals, the platforms having non-sharp edges for contacting a bend in the male connector terminals; and a serpentine groove extending between and around the columns of the platforms; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 19

The connector assembly of claim 15, wherein: each of the columns of the plurality of platforms is for contacting the male connector terminal second end portions corresponding to one column of four conductive regions in the first pattern, one of the male connector terminal second end portions on each one of the platforms, with each of the male connector terminal second end portions extending in the same direction.

Claim 20

The connector assembly of claim 15, wherein: each of the columns of the plurality of platforms is for contacting the male connector terminal second end portions corresponding to two columns of conductive regions in the first pattern, one of the male connector terminal second end portions on each one of the platforms, with each of the corresponding male connector terminal second end portions extending in the same direction.

Claim 21

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the male connector terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions, the male connector further comprising: a housing having walls surrounding the second end portions of the male connector terminals, a passage for holding a middle portion of each of the male connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the male connector terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the first circuit board and in a second configuration in the groove when through hole mountable to the first circuit board; a plurality of columns of a plurality of platforms for contacting the second end portions of the male connector terminals, the platforms having non-sharp edges for contacting a bend in the male connector terminals; and a serpentine groove extending between and around the columns of the platforms; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 22

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board, the male connector terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions, the male connector further comprising: a housing having walls surrounding the second end portions of the male connector terminals, a passage for holding a middle portion of each of the male connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the male connector terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the first circuit board and in a second configuration in the groove when through hole mountable to the first circuit board; a plurality of columns of a plurality of platforms for contacting the second end portions of the male connector terminals, the platforms having non-sharp edges for contacting a bend in the male connector terminals; and a serpentine groove extending between and around the columns of the platforms; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals.

Claim 23

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals, the female connector further comprising: a housing having an indentation surrounding the second end portions of the female connector terminals, a passage for holding a middle portion of each of the female connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the female connector terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the second circuit board and in a second configuration in the groove when through hole mountable to the second circuit board; a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the female connector terminals, the platforms having non-sharp edges for contacting a bend in the female connector terminals; and a serpentine wall extending between and around the columns of the platforms.

Claim 24

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with a second circuit board having a second pattern of conductive regions, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in a plurality of rows, each row having a plurality of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board; and a female connector having female connector terminals with segments positioned in a plurality of rows, each row having a plurality of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals, the female connector further comprising: a housing having an indentation surrounding the second end portions of the female connector terminals, a passage for holding a middle portion of each of the female connector terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the female connector terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the second circuit board and in a second configuration in the groove when through hole mountable to the second circuit board; a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the female connector terminals, the platforms having non-sharp edges for contacting a bend in the female connector terminals; and a serpentine wall extending between and around the columns of the platforms.

Claim 25

The connector assembly of claim 19, wherein: each set of the plurality of the female connector terminal second end portions corresponding to each column of the platforms is for connecting to one column of conductive regions in the second pattern, with each of the female connector terminal second end portions corresponding to each column of the platforms extending in the same direction.

Claim 26

The connector assembly of claim 19, wherein: each set of female connector terminal second end portions corresponding to each column of the platforms is for connecting to two columns of conductive regions in the second pattern, with each of the female connector terminal second end portions corresponding to each column of the platform extending in the same direction.

Claim 27

The connector assembly of claim 19, wherein: the female connector terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions.

Claim 28

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with 80 or about 80 lead lines per inch with a second circuit board having a second pattern of conductive regions with 80 or about 80 lead lines per inch, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in eight rows, each row having ten of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board; a female connector having female connector terminals with segments positioned in eight rows, each row having ten of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals; and a latching assembly comprising a latching block having two alignment passages and a slot connecting the alignment passages; a first latch slideably positioned in the slot; a second latch slideably positioned in the slot; a spring block having a passage positioned in the slot between the first latch and the second latch; and a compression spring extending between the first latch through the spring block passage to the second latch biasing distal ends of the first latch and the second latch into the two alignment passages.

Claim 29

A connector assembly for electrically and mechanically interconnecting a first circuit board having a first pattern of conductive regions with 80 or about 80 lead lines per inch with a second circuit board having a second pattern of conductive regions with 80 or about 80 lead lines per inch, the first circuit board being substantially parallel to and spaced apart from the second circuit board, the connector assembly comprising: a male connector having male connector terminals with segments positioned in eight rows, each row having ten of the male connector terminals per inch along the row, each of the male connector terminals having a first end portion and a second end portion, the first end portions of the male connector terminals for electrically and mechanically connecting to the first pattern of conductive regions of the first circuit board; a female connector having female connector terminals with segments positioned in eight rows, each row having ten of the female connector terminals per inch along the row, each of the female connector terminals having a first end portion and a second end portion, the first end portions of the female connector terminals for electrically and mechanically connecting to the second pattern of conductive regions of the second circuit board, the second end portions of the male connector terminals for electrically contacting the second end portions of the female connector terminals; and a latching assembly comprising a latching block having two alignment passages and a slot connecting the alignment passages; a first latch slideably positioned in the slot; a second latch slideably positioned in the slot; a spring block having a passage positioned in the slot between the first latch and the second latch; and a compression spring extending between the first latch through the spring block passage to the second latch biasing distal ends of the first latch and the second latch into the two alignment passages.

Claim 30

A connector for electrically and mechanically connecting to a pattern of eight rows of plated holes through a circuit board providing a linear density of 80 or about 80 lead lines per inch, the connector comprising: a terminal corresponding to each hole, each terminal having a first end portion for connecting to one of the holes and a second end portion for connecting to a conductor, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and means for housing the terminals such that the terminals are electrically insulated from each other.

Claim 31

A connector for electrically and mechanically connecting to a pattern of eight rows of plated holes through a circuit board providing a linear density of 80 or about 80 lead lines per inch, the connector comprising: a terminal corresponding to each hole, each terminal having a first end portion for connecting to one of the holes and a second end portion for connecting to a conductor, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and means for housing the terminals such that the terminals are electrically insulated from each other.

Claim 32

A connector for electrically and mechanically connecting to a pattern of four rows of conductive pads on a circuit board providing a linear density of 80 or about 80 lead lines per inch, the connector comprising: a terminal corresponding to each pad, each terminal having a first end portion for connecting to one of the pads and a second end portion for connecting to a conductor, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and means for housing the terminals such that the terminals are electrically insulated from each other.

Claim 33

A connector for electrically and mechanically connecting to a pattern of four rows of conductive pads on a circuit board providing a linear density of 80 or about 80 lead lines per inch, the connector comprising: a terminal corresponding to each pad, each terminal having a first end portion for connecting to one of the pads and a second end portion for connecting to a conductor, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and means for housing the terminals such that the terminals are electrically insulated from each other.

Claim 34

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions, the male connector comprising: terminals with segments positioned in eight rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board.

Claim 35

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions, the male connector comprising: terminals with segments positioned in eight rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board.

Claim 36

The connector of claim 26, wherein the male connector housing further comprises: at least two alignment passages.

Claim 37

The connector of claim 26, wherein: the terminal first end portions are substantially perpendicular to the terminal second end portions.

Claim 38

The connector of claim 26, wherein: the terminal first end portions are substantially parallel to the terminal second end portions.

Claim 39

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the male connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the male connector housing further comprises: a plurality of columns of a plurality of platforms for contacting the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine groove extending between and around the columns of the platforms.

Claim 40

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the male connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminals held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the male connector housing further comprises: a plurality of columns of a plurality of platforms for contacting the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine groove extending between and around the columns of the platforms.

Claim 41

The connector of claim 30, wherein: each of the columns of the platforms is for contacting the terminal second end portions corresponding to one column of conductive regions in the pattern, one of the terminal second end portions on each one of the platforms, with each of the terminal end portions in each column extending in the same direction.

Claim 42

The connector of claim 30, wherein: each of the columns of the platforms is for contacting the terminal second end portions corresponding to two columns of conductive regions in the pattern, one of the terminal second end portions on each one of the platforms, with each of the terminal second end portions in each column extending in the same direction.

Claim 43

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the male connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the male connector housing further comprises: a plurality of columns of a plurality of platforms for contacting the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine groove extending between and around the columns of the platforms; and wherein: the terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions.

Claim 44

A male connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the male connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; a housing having walls surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the male connector housing further comprises: a plurality of columns of a plurality of platforms for contacting the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine groove extending between and around the columns of the platforms; and wherein: the terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions.

Claim 45

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions, the female connector comprising: terminals with segments positioned in eight rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board.

Claim 46

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions, the female connector comprising: terminals with segments positioned in eight rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board, the second end portions arranged in columns with the second end portions in adjacent columns extending in opposite directions; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board.

Claim 47

The female connector of claim 34, wherein the female connector housing further comprises: at least two alignment posts, each of the posts having a slot.

Claim 48

The female connector of claim 34, wherein the female connector further comprises: at least two flexible arms for mounting the female connector to the circuit board.

Claim 49

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the female connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the female connector housing further comprises: a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine wall extending between and around the columns of the platforms.

Claim 50

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the female connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the female connector housing further comprises: a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine wall extending between and around the columns of the platforms.

Claim 51

The female connector of claim 37, wherein: each set of the terminal second end portions corresponding to each column of the platforms is for connecting to one column of conductive regions in the pattern, with each of the terminal second end portions corresponding to each column of the platforms extending in the same direction.

Claim 52

The female connector of claim 37, wherein: each set of the terminal second end portions corresponding to each column of the platforms is for connecting to two columns of conductive regions in the pattern, with each of the terminal second end portions corresponding to each column of the platforms extending in the same direction.

Claim 53

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the female connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the female connector housing further comprises: a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine wall extending between and around the columns of the platforms; and wherein: the terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions.

Claim 54

A female connector for electrically and mechanically connecting to a circuit board having a pattern of conductive regions with a plurality of lead lines per inch, the female connector comprising: terminals with segments positioned in a plurality of rows, each row having a plurality of the terminals per inch along the row, each of the terminals having a first end portion and a second end portion, the first end portions of the terminals for electrically and mechanically connecting to the pattern of conductive regions of the circuit board; and a housing having an indentation surrounding the second end portions of the terminals, a passage for holding a middle portion of each of the terminals, a plurality of columns of grooves, each of the grooves connected to at least one of the passages and shaped to permit the terminal held by the passage to be positioned in a first configuration in the groove when surface mountable to the circuit board and in a second configuration in the groove when through hole mountable to the circuit board, wherein the female connector housing further comprises: a plurality of columns of a plurality of platforms, each platform positioned near one of the second end portions of the terminals, the platforms having non-sharp edges for contacting a bend in the terminals; and a serpentine wall extending between and around the columns of the platforms; and wherein: the terminal second end portions corresponding to adjacent columns of the platforms extend in opposite directions.