Molded electrical socket

1. A lamp socket assembly, comprising:

a lamp base body molded from a first plastic material, said lamp base body having an upper portion formed with a socket cavity configured for receipt of a bulb and a lower portion depending from said upper portion;

a plurality of contacts disposed in said socket cavity;

a plurality of functional terminals configured in electrical communication with said contacts;

a plurality of pass through terminals configured out of electrical communication with each of said contacts;

a housing overmolded onto at least a portion of said lower portion of said lamp base body, said housing being molded from a second plastic material separate from said first plastic material; and

wherein said lower portion of said lamp base body has a through opening receiving said functional terminals and said pass through terminals, said housing being overmolded about a portion of said functional terminals and about a portion of said pass through terminals and fixing said functional terminals and said pass through terminals to said lamp base body.

2. The lamp socket assembly of claim 1 wherein said contacts and said functional terminal are constructed from a single piece of metal.

3. The lamp socket assembly of claim 2 wherein said contacts and said functional terminals extend substantially transverse to one another.

4. The lamp socket assembly of claim 1 wherein said housing has a plug cavity encircling said functional terminals and said pass through terminals.

5. The lamp socket assembly of claim 4 wherein said socket cavity extends along a first axis and said plug cavity extends along a second axis, said first and second axes being one of substantially transverse or substantially aligned with one another.

6. The lamp socket assembly of claim 5 wherein said first and second axes are substantially transverse with one another.

7. The lamp socket assembly of claim 1 wherein said first plastic material and said second plastic material are different plastic materials.

8. The lamp socket assembly of claim 7 wherein said first plastic material has a first resistance to out-gassing and said second plastic material has a second resistance to out-gassing, said second resistance to out-gassing being less than said first resistance to out-gassing.

9. A lamp socket assembly, comprising:

a lamp base body molded from a first plastic material, said lamp base body having an upper portion formed with a socket cavity configured for receipt of a bulb and a lower portion depending from said upper portion;

a plurality of contacts disposed in said socket cavity, each of said contacts being arranged for electrical communication with at least one terminal received at least in part in said lower portion;

a housing overmolded onto at least a portion of said lower portion of said lamp base body, said housing being molded from a second plastic material separate from said first plastic material; and

a pair of metal lock fingers spaced out of electrical communication from each of said contacts, said lock fingers having proximal ends configured to engage the bulb and distal ends, said lamp base body having a pair of circumferentially enclosed apertures spaced radially outwardly from said socket cavity, said circumferentially enclosed apertures receiving said distal end of said lock fingers therethrough, said housing being overmolded to bond with said distal ends.

10. A lamp socket assembly, comprising:

a lamp base body molded from a first plastic material, said lamp base body having an upper portion formed with a socket cavity configured for receipt of a bulb and a lower portion depending from said upper portion;

a contact disposed in said socket cavity, said contact being arranged for electrical communication with a terminal received at least in part in said lower portion;

a housing overmolded onto at least a portion of said lower portion of said lamp base body, said housing being molded from a second plastic material separate from said first plastic material;

wherein said lower portion of said lamp base body extends along an axis, said lower portion having a through opening extending substantially transverse to said axis and receiving said terminal, said housing being overmolded about a portion of said terminal and fixing said terminal to said lamp base body; and

further comprising a plurality of said terminals in spaced relation from said lower portion of said lamp base body, said housing being overmolded about a portion of each of said plurality of terminals and fixing said terminals to said lamp base body.

11. The lamp socket assembly of claim 10 wherein said plurality of terminals each have one end configured for attachment to a plug and another end configured for attachment to a wire.

12. A method of constructing a lamp socket assembly, comprising:

molding a first plastic material into a lamp base body having an upper portion formed with a socket cavity configured for receipt of a bulb, a pair of circumferentially continuous apertures spaced radially outwardly from the socket cavity, and a lower portion depending from the upper portion along an axis, the lower portion being formed having a through opening extending substantially transverse to the axis;

inserting a plurality of contacts in the cavity;

inserting at least one terminal through the through opening in electrical communication with at least one of the contacts;

disposing a pair of metal lock fingers through the apertures of the lamp base body out of electrical communication with each of the contacts, the metal lock fingers being configured having proximal ends for retaining the bulb in the socket cavity and distal ends; and

overmolding a second plastic material about the lamp base lower portion to form a housing bonded to the lamp base lower portion and also causing the housing to be bonded with distal ends of the metal lock fingers.

13. The method of claim 12 further including molding a plurality of through openings in the lower portion extending substantially transverse to the axis and disposing a plurality of terminals in the openings.

14. The method of claim 13 further including overmolding the plurality of terminals with the second plastic material.

15. A method of constructing a lamp socket assembly, comprising:

molding a first plastic material into a lamp base body having an upper portion formed with a socket cavity configured for receipt of a bulb, a pair of apertures spaced outwardly from the socket cavity, and a lower portion depending from the upper portion along an axis, the lower portion being formed having a through opening extending substantially transverse to the axis;

inserting a contact in the cavity;

inserting a terminal through the through opening in electrical communication with the contact;

disposing a pair of metal lock fingers through the apertures of the lamp base body out of electrical communication with the contact, the metal lock fingers being configured having proximal ends for retaining the bulb in the socket cavity and distal ends;

overmolding a second plastic material about the lamp base lower portion to form a housing bonded to the lamp base lower portion and also causing the housing to be bonded with distal ends of the metal lock fingers;

molding a plurality of through openings in the lower portion extending substantially transverse to the axis and disposing a plurality of terminals in the openings; and

suspending a second plurality of terminals in spaced relation from the lower portion of the lamp base body out of electrical contact with the contact and overmolding the second plurality of terminals with the second plastic material.

16. The method of claim 15 further including providing the second plurality of terminals with one end configured for attachment to a plug and another end configured for attachment to a wire.