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1-2013496-0 Datasheet(PDF) 2 Page - List of Unclassifed Manufacturers |
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1-2013496-0 Datasheet(HTML) 2 Page - List of Unclassifed Manufacturers |
2 / 4 page te.com/products/fpc Fine Pitch FPC (0.25mm & 0.3mm Pitch) TE Connectivity Flip Lock Actuator Step One: Open Flip-Lock Actuator. The actuator hinges open towards the back side of the connector (away from the FPC). Step Two: Insert the FPC into the connector. Step Three: With the FPC inserted, close the Flip-Lock Actuator. The actuator hinges close towards the front side of the connector (towards the FPC). Step Four: Your FPC is now securely mated with the connector. Front Flip Lock Actuator Upper (Top) Contact vs Lower (Bottom) Contact staggered Tail Orientation Centerline Spacing All of our fine pitch FPC products feature a staggered tail orientation. This means that the layout of the front and rear contacts are staggered as shown in Figure A. When the tail orientation is staggered it is important to remember that you can measure the centerline by measuring the distance between the center of the front contact and the center of the rear contact as shown in Figure B. Centerline can be measured many different ways, however, in general, it is simply the spacing between the center of one contact and the center of its neighboring contact. You can note the centerline of our fine pitch FPC product by looking at the contacts of the connector itself shown in Figure C or by the method already described in Figure B. Many of our fine pitch FPC products are available in both Upper (top) or Lower (bottom) contact versions. This attribute simply represents which portion of the contact the flexible printed circuit interacts with. As you can see from the image below, the FPC contacts are formed in a “U” shape. Only one prong of that “U” shaped contact interfaces with the flexible printed circuit contacts. Choosing the correct contact design is generally based on the orientation of the flexible printed circuit as described below. All of our Fine Pitch FPC connectors incorporate a flip lock actuator for greater printed circuit retention. This termination method also allows for Zero Insertion Force which is why this product is commonly referred to as a ZIF connector. The operation of a flip lock actuator can be seen in the images below. If the contacts of the flexible printed circuit are facing up (away from the board) then the upper contact version is required. If the contacts of the flexible printed circuit are facing down (towards the board) then the lower contact version is required. Back Flip Lock Actuator Step One: Open Flip-Lock Actuator. The actuator hinges open towards the front side of the connector (towards the FPC). Step Two: Insert the FPC into the connector. Step Three: With the FPC inserted, close the Flip-Lock Actuator. The actuator hinges closed towards the back side of the connector (away from the FPC) and closes with a tactile click. Step Four: Your FPC is now securely mated with the connector. Figure C Figure A Figure B Upper(Top) Contact Lower(Bottom) Contact Contact Point FPC FPC Basic Information |
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