Contact and connector

Claim 2

An electrical contact comprising: a main body section; a contacting section extending from one end of said main body section for making contact with a mating contact, said contacting section including a first curved section extending from a front end of the main body section defining a first bend extending in a direction towards a rear end of the main body section, and a second curved section extending from said first curved section defining a second bend extending in an opposite direction of said first bend, said first curved section having a cross section with slanted surfaces to facilitate the engagement with a mating contact; and at least one protrusion on said main body section said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact.

Claim 3

The electrical contact of claim 1, wherein said main body section includes a plurality of protrusions.

Claim 4

An electrical contact of claim 1, wherein barbs are provided on said main body section to engage a connector housing.

Claim 5

The electrical contact of claim 1, wherein a front end of said contacting section extending from said second curved section defines a third bend extending downwardly to facilitate engagement with the mating contact.

Claim 6

An electrical contact of claim 1, wherein a termination section extends from a end of the main body section opposite the end from which the contacting section extends.

Claim 7

An electrical contact of claim 1, wherein a portion of the main body section opposite the end from which the contacting section extends has chamfered surfaces for the purpose of stress relief.

Claim 8

The electrical connector of claim 1, wherein said main body section includes a plurality of protrusions.

Claim 9

An electrical contact comprising: a main body section; a contacting section extending from one end of said main body section for making contact with a mating contact; and at least one protrusion on said main body section, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact, said protrusion having a height equal to between 20% and 40% of the thickness of sheet material from which said electrical contact is formed.

Claim 10

An electrical contact comprising: a main body section; a contacting section extending from one end of said main body section for making contact with a mating contact; and at least one protrusion on said main body section, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact, said protrusion having a height equal to between 20% and 40% of the thickness of sheet material from which said electrical contact is formed.

Claim 11

The electrical contact of claim 8, wherein said main body section includes a plurality of protrusions.

Claim 12

The electrical contact of claim 8, wherein barbs are provided on said main body section to engage a connector housing.

Claim 13

An electrical connector comprising: a dielectric housing having a cavity; and an electrical contact mounted in said housing adjacent to an inside wall in said cavity comprising a main body section, a contacting section extending from one end of said main body section that is displaced into said cavity for electrical engagement with a mating contact, and at least one protrusion provided between said main body section and said inside wall and defining a gap between said inside wall and said electrical contact thereby separating said contacting section from said inside wall, said protrusion having a height equal to between 20% and 40% of the thickness of sheet material from which said electrical contact is formed, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact.

Claim 14

An electrical connector comprising: a dielectric housing having a cavity; and an electrical contact mounted in said housing adjacent to an inside wall in said cavity comprising a main body section, a contacting section extending from one end of said main body section that is displaced into said cavity for electrical engagement with a mating contact, and at least one protrusion provided between said main body section and said inside wall and defining a gap between said inside wall and said electrical contact thereby separating said contacting section from said inside wall, said protrusion having a height equal to between 20% and 40% of the thickness of sheet material from which said electrical contact is formed, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact.

Claim 15

An electrical connector of claim 11, wherein a termination section extends from an end of the main body section opposite the end from which the contacting section extends.

Claim 16

The electrical connector of claim 11, wherein said dielectric housing has a flat surface to allow for the application of a vacuum pump nozzle for placement of the electrical connector on a circuit board.

Claim 17

An electrical connector comprising: a dielectric housing having a cavity; and an electrical contact mounted in said housing adjacent to an inside wall in said cavity comprising a main body section, a contacting section extending from one end of said main body section that is displaced into said cavity for electrical engagement with a mating contact, said contacting section including a first curved section extending from a front end of the main body section defining a first bend extending in a direction towards a rear end of the main body section, and a second curved section extending from said first curved section defining a second bend extending in an opposite direction of said first bend, said first curved section having a cross section with slanted surfaces to facilitate the engagement with a mating contact; and at least one protrusion provided between said main body section and said inside wall and defining a gap between said inside wall and said electrical contact thereby separating said contacting section from said inside wall, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact.

Claim 18

An electrical connector comprising: a dielectric housing having a cavity; and an electrical contact mounted in said housing adjacent to an inside wall in said cavity comprising a main body section, a contacting section extending from one end of said main body section that is displaced into said cavity for electrical engagement with a mating contact, said contacting section including a first curved section extending from a front end of the main body section defining a first bend extending in a direction towards a rear end of the main body section, and a second curved section extending from said first curved section defining a second bend extending in an opposite direction of said first bend, said first curved section having a cross section with slanted surfaces to facilitate the engagement with a mating contact; and at least one protrusion provided between said main body section and said inside wall and defining a gap between said inside wall and said electrical contact thereby separating said contacting section from said inside wall, said protrusion defining a fulcrum enhancing the flexibility of said contacting section upon engagement by the mating contact.

Claim 19

The electrical connector of claim 14, wherein said main body section includes a plurality of protrusions.

Claim 20

The electrical connector of claim 14, wherein said dielectric housing has a flat surface to allow for the application of a vacuum pump nozzle for placement of the electrical connector on a circuit board.