Electrical connector and terminal therefor

Claim 2

A terminal for an electrical connector, comprising: elongated base having contact receptacle means at one end and conductor terminal means at the other end; a first pair of opposing support sections extending upwardly from opposite lateral sides at said one end of the base for receiving therebetween a mating contact member into said receptacle means; a second pair of opposing support sections extending upwardly from the base at a position intermediate the ends of the base; and wherein the height of the first pair of opposing support sections is less than the height of the second pair of opposing support sections to facilitate insertion and removal of the terminal in a complementary cavity of an appropriate connector housing, the terminal further including a pair of resilient contact beams defining said receptacle means, the beams having distal ends pointing in a direction toward said other end of the base and of a length such that they do not contact said second pair of opposing support sections when the mating contact member is received in said receptacle means.

Claim 3

The terminal of claim 1 wherein ends of said beams opposite said distal ends are formed integral with said first pair of opposing support sections.

Claim 4

The terminal of claim 1 wherein said base is generally flat, and including a reinforcing rib formed integrally with the base and extending lengthwise thereof.

Claim 5

The terminal of claim 3 wherein said reinforcing rib spans the lengthwise area of the second pair of opposing support sections.

Claim 6

The terminal of claim 4 wherein said reinforcing rib projects upwardly from the base between the second pair of opposing support sections.

Claim 7

An electrical connector, comprising: a unitary molded housing having an elongated cavity with an inner end and an outer end, the height of the inner end of the cavity being less than the height of an area of the cavity spaced from the inner end in a direction toward the outer end; a terminal for insertion into the cavity of the housing, including an elongated base having contact receptacle means at an inner end and conductor terminal means at an outer end, a first pair of opposing support sections extending upwardly from opposite lateral sides at said inner end of the base, positioned in the inner end of the housing cavity, for receiving a mating contact member into said receptacle means, a second pair of opposing support sections extending upwardly from the base at a position intermediate the ends of the base and located in the outer end of the housing cavity, and wherein the height of the first pair of opposing support sections is less than the height of the second pair of opposing support sections substantially complementary to the different heights of the respective inner and outer ends of the housing cavity.

Claim 8

An electrical connector, comprising: a unitary molded housing having an elongated cavity with an inner end and an outer end, the height of the inner end of the cavity being less than the height of an area of the cavity spaced from the inner end in a direction toward the outer end; a terminal for insertion into the cavity of the housing, including an elongated base having contact receptacle means at an inner end and conductor terminal means at an outer end, a first pair of opposing support sections extending upwardly from opposite lateral sides at said inner end of the base, positioned in the inner end of the housing cavity, for receiving a mating contact member into said receptacle means, a second pair of opposing support sections extending upwardly from the base at a position intermediate the ends of the base and located in the outer end of the housing cavity, and wherein the height of the first pair of opposing support sections is less than the height of the second pair of opposing support sections substantially complementary to the different heights of the respective inner and outer ends of the housing cavity.

Claim 9

The electrical connector of claim 6 including a pair of resilient contact beams defining said receptacle means, the beams having distal ends pointing in a direction toward said outer end of the base and of a length such that they do not contact said second pair of opposing support sections when the mating contact member is received in said receptacle means.

Claim 10

The electrical connector of claim 7 wherein ends of said beams opposite said distal ends are formed integral with said first pair of opposing support sections.

Claim 11

The electrical connector of claim 6 wherein said base is generally flat, and including a reinforcing rib formed integrally with the base and extending lengthwise thereof.

Claim 12

The electrical connector of claim 9 wherein said reinforcing rib spans the lengthwise area of the second pair of opposing support sections.

Claim 13

The electrical connector of claim 10 wherein said reinforcing rib projects upwardly from the base between the second pair of opposing support sections.