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An electrical filter connector assembly including a housing, electrical contact terminals, and a capacitive filter circuit. The housing is sized and shaped to be plugged into a socket of a gas generator. The housing includes at least one contact receiving hole. The electrical contact terminals each

An electrical filter connector assembly including a housing, electrical contact terminals, and a capacitive filter circuit. The housing is sized and shaped to be plugged into a socket of a gas generator. The housing includes at least one contact receiving hole. The electrical contact terminals each have a wire connection section and a female connection section. The terminals are located in the at least one contact receiving hole. The capacitive filter circuit is connected on the wire connection section of a first one of the terminals for providing electromagnetic induction suppression.

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1. An electrical filter connector assembly comprising:a housing which is sized and shaped to be plugged into a mating electrical connector socket of an initiator of a gas generator, the housing comprising at least one mating electrical connector contact receiving hole adapted to receive an electrica

1. An electrical filter connector assembly comprising:a housing which is sized and shaped to be plugged into a mating electrical connector socket of an initiator of a gas generator, the housing comprising at least one mating electrical connector contact receiving hole adapted to receive an electrical contact of the mating electrical connector socket;electrical contact terminals, each terminal having a wire connection section and a mating electrical connector connection section, a first one of the terminals being located in the at least one contact receiving hole, wherein the mating electrical connector connection section of the first electrical contact terminal is adapted to receive one of the electrical contacts of the mating electrical connector socket; anda capacitive filter circuit connected on the wire connection section of the first terminal for providing electromagnetic induction suppression. 2. An electrical filter connector assembly as in claim 1 further comprising a printed circuit board having the capacitive filter circuit thereon, wherein the printed circuit board is connected to the first terminal by electrical leads. 3. An electrical filter connector assembly as in claim 1 wherein the capacitive filter circuit comprises multiple capacitors. 4. An electrical filter connector assembly as in claim 3 wherein the capacitive filter circuit comprises two groups of capacitors connected in parallel, and wherein one of the groups of capacitors comprises two capacitors connected in series. 5. An electrical filter connector assembly as in claim 1 further comprising an electrically insulating sheet or coating located between the capacitive filter circuit and the first terminal. 6. An electrical filter connector assembly as in claim 1 wherein the capacitive filter circuit is located on a lateral side of the wire connection section. 7. An electrical filter connector assembly comprising:a housing which is sized and shaped to be plugged into a mating electrical connector socket of a gas generator, the housing comprising at least one contact receiving hole;electrical contact terminals, each terminal having a wire connection section and a female connection section, the terminals being located in the at least one mating electrical connector contact receiving hole and adapted to receive electrical contacts of the mating electrical connector socket; anda filter assembly comprising a printed circuit board, a filter circuit on the printed circuit board, and leads connecting the printed circuit board to a first one of the terminals to thereby connect the filter circuit to the first terminal. 8. An electrical filter connector assembly as in claim 7 wherein the filter circuit comprises a capacitor. 9. An electrical filter connector assembly as in claim 7 wherein the capacitive filter circuit comprises multiple capacitors. 10. An electrical filter connector assembly as in claim 9 wherein the capacitive filter circuit comprises two groups of capacitors connected in parallel, and wherein one of the groups of capacitors comprises two capacitors connected in series. 11. An electrical filter connector assembly as in claim 7 further comprising an electrically insulating sheet or coating located between the filter circuit and the first terminal. 12. An electrical filter connector assembly as in claim 7 wherein the filter circuit is located on a lateral side of the wire connection section. 13. An electrical filter connector assembly as in claim 7 wherein the leads are connected to the wire connection section of the first terminal. 14. A method of assembling an air bag electrical connector comprising steps of:providing a housing having a socket insertion end which is sized and shaped to be inserted into a mating electrical connector socket of a gas generator, wherein the housing comprises a first contact receiving area adapted to receive an electrical contact of the mating electrical connector;connecting an electrical contact terminal to an electri cal wire at a wire connection section of the terminal;connecting a capacitive filter assembly to the terminal; andinserting the terminal and the capacitive filter assembly into the housing, wherein the terminal is located in the contact receiving area of the housing for making contact with the electrical contact of the mating electrical connector socket. 15. A method as in claim 14 wherein the step of connecting the capacitive filter assembly to the terminal comprises connecting leads to the wire connection section of the terminal. 16. A method as in claim 14 wherein the capacitive filter assembly comprises a capacitor circuit mounted on a printed circuit board, and wherein the step of connecting the capacitive filter assembly to the terminal comprises locating the capacitive filter assembly alongside the wire connection section. 17. A method of assembling an air bag electrical connector comprising steps of:providing a housing having a socket insertion end which is sized and shaped to be inserted into a socket of a gas generator;connecting an electrical contact terminal to an electrical wire at a wire connection section of the terminal;connecting a capacitive filter assembly to the terminal; andinserting the terminal and the capacitive filter assembly into the housingwherein the capacitive filter assembly comprises a capacitor circuit mounted on a printed circuit board, and wherein the step of connecting the capacitive filter assembly to the terminal comprises locating the capacitive filter assembly alongside the wire connection section, andwherein the step of connecting the capacitive filter assembly to the terminal comprises locating an electrically insulative sheet or coating between the wire connection section and the capacitor circuit. 18. A method as in claim 14 further comprising providing capacitive filter assembly with a capacitive filter circuit having two groups of capacitors connected in parallel, and wherein one of the, groups of capacitors comprises two capacitors connected in series. 19. An electrical filter connector assembly as in claim 1 the capacitive filter circuit has two leads which are connected to only the first electrical contact terminal. 20. An electrical filter connector assembly as in claim 1 wherein the capacitive filter circuit is adapted to filter electromagnetic interference in a range of about 6 GHz and below. 21. An electrical filter connector assembly as in claim 1 wherein the capacitive filter circuit is adapted to filter electromagnetic interference in a range of about 2-4 GHz and below. 22. An electrical filter connector assembly as in claim 7 wherein the leads are directly connected to only the first terminal. 23. An electrical filter connector assembly as in claim 7 wherein the filter assembly is adapted to filter electromagnetic interference in a range of about 6 GHz and below. 24. An electrical filter connector assembly as in claim 7 wherein the filter assembly is adapted to filter electromagnetic interference in a range of about 2-4 GHz and below. 25. An electrical filter connector assembly comprising:a housing;at least two electrical contact terminals on the housing; anda first capacitive filter circuit connected to a first one of the electrical contact terminals for providing electromagnetic induction suppression, wherein the first capacitive filter circuit comprises a plurality of capacitors, wherein the first capacitive filter circuit is connected to a first side of the first electrical contact terminal, and wherein the first capacitive filter circuit is not directly connected to a second one of the electrical contact terminals, such that the first capacitive filter circuit makes direct electrical connection with only the first one of the electrical contact terminals. 26. An electrical filter connector assembly as in claim 25 wherein the first side is a lateral side of the first electrical contact terminal. 27. An electrical filter connector assembly as in claim 25 wherein the fi rst side is a bottom side of the first electrical contact terminal. 28. An electrical filter connector assembly as in claim 25 wherein the capacitive filter circuit comprises two leads attached to the first side of the first electrical contact terminal. 29. An electrical filter connector assembly as in claim 25 wherein the capacitive filter circuit comprises a general block shaped member attached to the first side of the first electrical contact terminal. 30. An electrical filter connector assembly as in claim 25 wherein the capacitive filter circuit comprises is attached to the first electrical contact terminal at only the first side. 31. An electrical filter connector assembly comprising:a housing;at least two electrical contact terminals on the housing; anda first capacitive filter circuit electrically coupled to a first one of the electrical contact terminals for providing electromagnetic induction suppression, wherein the first capacitive filter circuit is electrically coupled to only the first electrical contact terminal and is not directly coupled to a second one of the electrical contact terminals. 32. An electrical filter connector assembly as in claim 31 wherein the electrical filter connector assembly comprises an air bag electrical filter connector assembly and the housing is sized and shaped to be inserted into a receiving soket of a gas generator initiator. 33. An electrical filter connector assembly as in claim 31 further comprising a second capacitive filter circuit electrically coupled to a second one of the electrical contact terminals for providing electromagnetic induction suppression, wherein the second capacitive filter circuit is electrically coupled to only the second electrical contact terminal and is not directly coupled to the first electrical contact terminal.