Electrical contact with male termination end having an enlarged cross-sectional dimension
An electrical contact including a male termination end configured to be removably inserted into a female termination end of a mating contact. The male termination end having a slot between two beam sections. The slot is formed by a section of the male termination end having had material removed between the two beam sections. The two beam sections are outwardly deformed in opposite directions. The two beam sections are substantially parallel to each other along a majority of length of the male termination end.
1. An electrical contact comprising a male termination end configured to be removably inserted into a female termination end of a mating contact, the male termination end comprising a slot between two beam sections formed from a sheet material, where the two beam sections are outwardly deformed from a plane of the sheet material in opposite directions forming a cross-sectional dimension that is thicker than the cross-sectional dimension of each individual beam, and where the two beam sections are substantially parallel to each other along a majority of length of the male termination end.
2. An electrical contact as in claim 1 where the electrical contact sheet material is comprised of a one-piece sheet metal member of uniform thickness.
3. An electrical contact as in claim 1 where the slot has a leading end and a trailing end which are both closed by front and rear sections of the male termination end.
4. An electrical contact as in claim 3 where the front and rear sections of the male termination end are aligned with each other along a central axis of the male termination end, and where the two beam sections are laterally offset from the central axis on opposite respective sides of the plane of the material passing through the central axis.
5. An electrical contact as in claim 4 where the male termination end comprises only the two beam sections between the front and rear sections.
6. An electrical contact as in claim 3 where the male termination end comprises only the two beam sections between the front and rear sections.
7. An electrical contact as in claim 1 where the two beam sections are substantially parallel to each other along over 75 percent of the length of the male termination end.
8. An electrical connector comprising:
a first electrical contact, where the first electrical contact is comprised of a one-piece sheet metal member;
a second electrical contact comprising the electrical contact as in claim 1 , where the second electrical contact is formed from the same one-piece sheet metal member as the first electrical contact;
a housing member overmolded onto the first and second electrical contacts,
where a male termination end of the first signal contact is at a first side of the housing member with a first effective thickness substantially the same as thickness of the sheet metal member, and where the male termination end of the second electrical contact is at the first side of the housing member with a second effective thickness which is larger than the first effective thickness.
9. An electrical connector comprising:
a housing;
a first signal contact connected to the housing; and
a second ground contact connected to the housing, where the first signal contact and the second ground contact are comprised from a same sheet material, where the first signal contact has a male termination end at a first side of the housing with a first effective thickness substantially the same as thickness of the sheet material, and where the second ground contact has a male termination end at the first side of the housing with a second effective thickness which is larger than the first effective thickness, where the male termination end of the second ground contact comprises two beam sections which are generally parallel to each other.
10. An electrical connector as in claim 9 where the two beam sections are outwardly deformed in opposite directions.
11. An electrical connector as in claim 9 where the two beam sections are substantially parallel to each other along a majority of length of the male termination end of the second ground contact.
12. An electrical connector as in claim 9 where a slot is provided between the two beam sections, where the slot comprises a section of the male termination end of the second ground contact which has had material removed between the two beam sections.
13. An electrical connector as in claim 12 where the slot comprises a leading end and a trailing end which are both closed by front and rear sections of the male termination end of the second ground contact.
14. An electrical connector as in claim 13 where the front and rear sections of the male termination end of the second ground contact are aligned with each other along a central axis of the male termination end, and where the two beam sections are laterally offset from the central axis on opposite respective sides of the central axis.
15. An electrical connector as in claim 13 where the male termination end of the second ground contact comprises only the two beam sections between the front and rear sections.
16. An electrical connector as in claim 13 where the two beam sections are substantially parallel to each other along over 75 percent of the length of the male termination end of the second ground contact.
17. An electrical contact comprising a male termination end configured to be removably inserted into a female termination end of a mating contact, the male termination end comprising a slot between two beam sections formed from a sheet material, where the slot comprises a section of the male termination end which has had material removed between the two beam sections and the slot includes a leading end and a trailing end which are both closed by front and rear sections of the male termination end, where the two beam sections are outwardly deformed in opposite directions along a plane of the sheet material, and where the two beam sections are substantially parallel to each other along a majority of length of the male termination end.