Connector insulator for female connector
A connector insulator for a female connector includes a plurality of U-shaped grounding terminal openings and signal terminal openings surrounded by the grounding terminal openings. A plurality of terminal modules corresponding to the grounding terminal openings and the signal terminal openings are fitted into a side of the connector insulator. Signal terminals and U-shaped grounding terminals of a male connector are fitted into the signal terminal openings and the grounding terminal openings to be electrically connected with signal pins and grounding pins of the terminal modules, respectively. Because the U-shaped grounding terminals surround the signal terminals so the connector insulator having the U-shaped grounding terminal openings provides an improved EMI shielding.
1. A connector insulator for a female connector having a plurality of U-shaped grounding terminal openings, a plurality of terminal modules being fitted into the connector insulator, the connector insulator comprising:
a rectangular main body;
a plurality of signal terminal openings defined on the main body, each signal terminal opening allowing a signal terminal to be fitted into the signal terminal opening and to be electrically connected with a signal pin of one of the terminal modules; and
a plurality of U-shaped grounding terminal openings defined on the main body and surrounding the signal terminal openings, each U-shaped grounding terminal opening allowing a grounding terminal to be fitted into the U-shaped grounding terminal opening and to be electrically connected with a grounding pin of one of the terminal modules;
wherein each grounding terminal has an elastic contact portion and a plurality of grounding terminals are formed in a male connector and electrically connected with each other in series by the elastic contact portions.
2. The connector insulator as claimed in claim 1 , wherein the connector insulator comprises a rail portion extended from the main body, the rail portion has a plurality of guiding rails at a bottom thereof, and the terminal modules glide along the guiding rails to be inserted into the connector insulator.
3. The connector insulator as claimed in claim 1 , wherein each grounding terminal is U-shaped.
4. The connector insulator as claimed in claim 1 , wherein each grounding terminal is L-shaped.