Selectively metallized connector with at least one coaxial or twin-axial terminal

Claim 2

A connector provided with at least two adjacent cavities to accommodate terminals, the connector having a length and a metallized plastic structure in order to at least partly shield at least one cavity from the other cavities characterized in that said connector is selectively metallized over its entire length and comprises at least partly the following housing structure between each shielded cavity and its adjacent cavities: a first insulating plastic wall, at least one metal layer, a second insulating plastic wall, said at least one metal layer being provided as a coating on one of said plastic walls.

Claim 3

The connector according to claim 1 characterized in that the connector comprises at least a first and a second housing part and at least two adjacent coaxial terminals,the first housing part comprising at least one cavity to accommodate one terminal and being selectively metallized at the outside surface surrounding said at least one cavity, the second housing part comprising at least one further cavity to outside surface surrounding said at least one further cavity, the first and second housing parts being designed in such a way as to be able to be inserted into each other in order to yield said connector comprising at least two adjacent coaxial terminals.

Claim 4

The connector according to claim 2 characterized in that said connector comprises a comb-like third housing part that can be fixed to said first and second housing parts inserted into each other to provide separating walls between adjacent columns of terminals extending from said first and second housing parts inserted into each other.

Claim 5

The connector according to claim 3 characterized in that said separating walls comprise molded-in plates.

Claim 6

The connector according to claim 1 any of the preceding claims characterized in that said connector is surface mounted to a substrate by means of surface mount connection means connected to both the selectively metallized connector and a ground layer on said substrate.

Claim 7

The connector according to claim 1 characterized in that said connector comprises several adjacent cavities to receive terminals, said cavities being separated by cavity walls provided with additional, internally metallized through-holes having predetermined cross-sections and surrounding said cavities.

Claim 8

The connector according claim 1 characterized in that the connector comprises a housing provided with adjacent, internally metallized cavities, and insulating sleeves to be inserted into corresponding cavities and to accommodate corresponding terminals.

Claim 9

The connector according claim 1 characterized in that the connector comprises an insulating housing provided with adjacent cavities and externally metallized sleeves to be inserted into corresponding cavities and to accommodate corresponding terminals.

Claim 10

The connector according claim 1 characterized in that the connector comprises at least one cavity accommodating a twin-axial insert member externally metallized and electrically contacting a ground layer on the connector's surface, which ground layer also electrically contacts at least one ground terminal adjacent to said twin-axial insert member.

Claim 11

A connector provided with at least two adjacent cavities to accommodate terminals, the connector having a metallized plastic structure in order to at least partly shield at least one cavity from the other cavities characterized in that said connector is selectively metallized and comprises at least partly the following housing structure between each shielded cavity and its adjacent cavities: a first insulating plastic wall, at least one metal layer, a second insulating plastic wall, said at least one metal layer being provided as a coating on at least one of said plastic walls and said connector comprises at least a first and a second housing part and at two adjacent coaxial terminals, the first housing part comprising at least one cavity to accommodate one terminal being selectively metallized at the surface surrounding said at least one cavity, the second housing part comprising at least one further cavity to accommodate one further terminal and being selectively metallized at the outside surface surrounding said at least one further cavity, the first and second housing parts being designed in such a way as to be able to be inserted into each other in order to yield said connector comprising at least two adjacent coaxial terminals.

Claim 12

A connector provided with at least two adjacent cavities to accommodate terminals, the connector having a metallized plastic structure in order to at least partly shield at least one cavity from the other cavities characterized in that said connector is selectively metallized and comprises at least partly the following housing structure between each shielded cavity and its adjacent cavities: a first insulating plastic wall, at least one metal layer, a second insulating plastic wall, said at least one metal layer being provided as a coating on at least one of said plastic walls and said connector comprises at least a first and a second housing part and at two adjacent coaxial terminals, the first housing part comprising at least one cavity to accommodate one terminal being selectively metallized at the surface surrounding said at least one cavity, the second housing part comprising at least one further cavity to accommodate one further terminal and being selectively metallized at the outside surface surrounding said at least one further cavity, the first and second housing parts being designed in such a way as to be able to be inserted into each other in order to yield said connector comprising at least two adjacent coaxial terminals.

Claim 13

The connector according to claim 10 characterized in that said connector comprises a comb-like third housing part that can be fixed to said first and second housing parts inserted into each other to provide separating walls between adjacent columns of terminals extending from said first and second housing parts inserted into each other.

Claim 14

The connector according to claim 11 characterized in that said separating walls comprise molded-in plates.

Claim 15

The connector according to claim 10 characterized in that said connector is surface mounted to a substrate by means of surface mount connection means connected to both the selectively metallized connector and a ground layer on said substrate.

Claim 16

The connector according to claim 10 characterized in that said connector; comprises several adjacent cavities to receive terminals, said cavities being separated by cavity walls provided with additional, internally metallized through-holes having predetermined cross-sections and surrounding said cavities.

Claim 17

The connector according to claim 10 characterized in that the connector comprises a housing provided with adjacent, internally metallized cavities, and insulating sleeves to be inserted into corresponding cavities and to accommodate corresponding terminals.

Claim 18

The connector according to claim 10 characterized in that the connector comprises an insulating housing provided with adjacent cavities, and externally metallized sleeves to be inserted into corresponding cavities and to accommodate corresponding terminals.