To provide a crimp type connector which can stabilize connection without receiving harmful effect of dust or the like by suppressing resistance value and inductance from becoming large, and to provide its connecting structure.
At an insulated supporting frame 1, a plurality of electroconductive connectors 10 are installed in parallel, a recess part 4 is formed in the rear face of the supporting frame 1, and the recess part 4 is covered by a flexible insulating film 6. Then, the respective electroconductive connectors 10 are constituted of a current-carrying pin 11 slide movement capably inserted in the thickness direction of the supporting frame 1, and an elastic electric conduction contact element 13 that is contacted to the end part of the current-carrying pin 11 and that makes the tip part of the current-carrying pin 11 protrude out of the surface of the supporting frame 1. Because the electroconductive connectors 10 are divided into the current-carrying pin 11 and the electroconductive contact point element 13 and these are connected to secure the shortest conductive pathway and the height of the electric conduction contact point element 13 is suppressed, neither resistance value nor inductance becomes large.
Masayoshi Kanda
Akio Miyao