This Article Will Make Your Flat Cable Amazing: Read Or Miss Out > 자유게시판

FIG. 5 exhibits an embodiment which is similar as that shown in FIG. 1 except that the shielding layer 15 is penetrated by a plurality of openings 68. The openings may be obtained by printing the specified sample on the shielding layer 15 with standard photoresist material and etching to take away the metal. The insulative housing features a tail side, a header aspect, a longitudinal slot disposed on the tail aspect, a plurality of slits disposed on the tail aspect and organized perpendicularly throughout the longitudinal slot and a plurality of apertures extending from the header aspect which are in communication with respective slits. For straight electrical connection, the terminals are shaped such that the contact arms lengthen in an reverse path as the pin portion and the header side and the tail side of the insulative housing are on opposite typically parallel surfaces. Referring to FIG. 4A, a plurality of the cables 41 forming the flat cable 24a and extending generally parallel with each other are fastened upon a fusible tape forty three with a predetermined mutual separation or gap 42. In the illustrated example, six of such cables 41 each having a diameter .beta.

In a preferred embodiment of the proper-angle configuration, the terminals are formed in one in all two shapes, the primary form having the pin portion extending perpendicularly from a contact arm at an upper location and the second shape having the pin portion extending from the contact arm at a decrease location. Application of the electrolytic plating can be carried out by utilizing two or extra electroplating steps. Switch the television and the DVD player off and use an appropriate cable to attach, utilizing the chosen jacks. Various technique of inserting and holding the FPC or FFC utilizing low or zero insertion pressure are used to stop damage to the FPC or FFC or injury to the elements of the connector. The terminals are then installed within the housing in alternating shapes forming two rows of pin portions protruding by way of the header facet of the housing. For a right-angle connector, the pin portion 19 of the terminal 12 extends perpendicularly to the contact arms 20 as shown in FIG. 6. For a proper-angle connector the terminals 12 are ideally offered in two shapes, the first form having the pin portion extending perpendicularly from an upper location of one of many contact arms and the second shape having the pin portion extending perpendicularly from a decrease location of a contact arm.

The conductive terminals are of the sort together with a pin portion and two contact arms arranged in a U-formed configuration. Perpendicularly crossing the longitudinal slot sixteen are a sequence of parallel slits 17. The slits 17 are sized to receive the terminals 12. Extending from the header aspect 15 of the housing 11 are a sequence of apertures 18 organized typically in two parallel rows. It ought to be noted that the flat cable 23 features a plurality of cables 41 extending parallel with one another and aligned in a single row when viewed from an extending route of said cables 41, aside from the foregoing first end. Accordingly, it is fascinating to supply ZIF or LIF know-how to an external connector for a flat versatile cable extending from an inside element which in flip would supply fast and easy connection and disconnection between the flat versatile cable and the exterior connector. It is another object of the current invention to offer an exterior multi-pin connector for a flexible flat cable which eliminates the process of soldering the flat cable to the connector. In order to keep away from contamination the cable needs to be washed by way of a water spray or the like between each of the method steps.

This may be completed in a steady process by passing the cable by way of a spray-rinse tank. In order to provide for such repetitive connection and disconnection and to assure proper electrical connection between the flat cable and the terminals of the connector housing every time connection is made, the current invention offers an elongated insulative housing which supports a plurality of conductive terminals. The discharge of the latch from the socket provides for a disconnection of the slider from the housing and thereby disconnection of the flat cable from its conductive engagement with the one contact arm. It is yet one more object of the present invention to offer an external multi-pin connector for a flat flexible cable during which the cable is rapidly and simply linked and disconnected to the connector. The multi-pin connector 10 is mounted to an exterior surface of an electrical system such that the header aspect 15 projects outwardly from the electrical system allowing for external electrical connection to the pin parts of the terminals. FIG. 1 exhibits a traditional exterior multi-pin connector a hundred for a flat flexible cable 101. The standard connector 100 is supplied with field-pin terminals 102 having solder tails 103 which have interaction through holes of the flat flexible cable.