Fabrication method of connector having internal switch

A method for fabricating a connector for coupling with a counter connector having an array of pairs of contacts, comprising the steps of:

• providing an insulating housing having an array of openings, a plurality of first contact modules each of which has first and second contacts isolated from each other, and a second contact module having first and second conducting members isolated from each other, wherein the first conducting member has first and second contacts and a first terminal and the second conducting member has a third contact and a second terminal;
• inserting each of the first contact modules into the corresponding one of the openings of the insulating housing such that each of the respective first and second contacts of the first contact modules are connected with the corresponding contact of the counter connector and maintaining the first and second contacts electrically isolated from each other when the connector couples with the counter connector;
• and
• inserting the second contact modules into corresponding openings of the insulating housing not used for any of the first contact modules, such that the first contact of the second contact module is connected with one contact of the corresponding pair of contacts of the counter connector and both the second and third contacts are electrically connected with the other contact of the corresponding pair of contacts of the counter connector when the connector is coupled with the counter connector, wherein the step of providing the second contact module comprises the substeps of:
• making a conducting frame having the first and second conducting members connected with each other by a suspension lead such that the second and third contacts are maintained at such a predetermined distance therebetween that the corresponding contact of the counter connector is inserted between the second and third contacts, maintaining an electric contact with each of the second and third contacts when the connector is coupled with the counter connector,
• molding the conducting frame in an insulator body by an inserting mold technique such that the contacts, terminal, and suspension lead are exposed, and
• after the molding step, cutting the suspension lead off without cutting any portion of the insulator such that the first and second conducting members are isolated from each other while maintaining the second and third contacts with the predetermined distance therebetween.