Connector

A connector, comprising a plastic body having a steel case put over a front side thereof, an insertion plate connected to a rear side of said plastic body, an intermediate cable including two rows of conductors separately set onto upper rear and lower rear sides of said insertion plate, and two hold-down plates separately covered onto upper and lower sides of said insertion plate to hold said conductors of said intermediate cable in place;

• said plastic body including a plurality of terminal slots arranged in a predetermined manner for each receiving a terminal therein, and a plurality of first isolation slots provided at two lateral sides and a bottom side of each said terminal slot;
• each of said first isolation slots having a first isolation plate inserted therein, and each of said first isolation plates having an open side facing outward to facility subsequent connection of said intermediate cable to said terminals on said plastic body;
• said insertion plate being provided at upper and lower surfaces with a plurality of spacing ribs, and a plurality of recesses defined between two said spacing ribs that are adjacent to each other to separately receive rear ends of said terminals therein, and said insertion plate also including a plurality of second isolation slots located below every other said recesses and in said spacing ribs at two sides of said recesses for engaging with rear ends of said first isolation plates, front ends of which have been inserted into said first isolation slots on said plastic body;
• and
• each of said two hold-down plates being provided at a front side with a plurality of third isolation slots corresponding to said open side of said first isolation plates on said plastic body, and at front part of one side facing toward said insertion plate with a plurality of hold-down ribs corresponding to and adapted to integrally connect to tops of said spacing ribs on said insertion plate;
• and a row of connected second isolation plates being inserted into said third isolation slots provided on each of said hold-down plates, such that each said second isolation plate and a corresponding one of said first isolation plates together provide an isolation layer surrounding each said terminal located in said terminal slot;
• whereby said terminals on said plastic body are individually isolated without mutually interfering with one another during transmission of signals at high speed, enabling signals to be transmitted faster and more stably.